Insight Report of Plastic Industry in Indonesia 2026

Chapter 1: Preface

• Background

The plastic industry in Indonesia occupies a strategic position in the country’s industrial structure because it sits between upstream petrochemicals and a wide range of downstream manufacturing activities, especially packaging, food and beverage, household goods, construction materials, automotive components, electronics, agriculture, and healthcare applications. In practical terms, plastics are no longer a narrow “materials” segment; they function as an enabling industry that supports consumer markets, logistics, retail distribution, export manufacturing, and modern urban life. This is one reason the sector continues to attract policy attention despite growing environmental criticism.

Indonesia’s relevance in regional plastics is driven by three structural conditions. First, it has a large domestic consumer base, which supports durable demand for packaging and consumer goods. Second, it is still expanding its industrial base, so plastics demand is tied not only to consumption but also to manufacturing deepening. Third, domestic supply has historically lagged demand in several key petrochemical and resin categories, making the industry an important case study in import dependence, capacity expansion, and industrial policy.

Recent reporting and industry commentary indicate that local petrochemical supply has not fully covered domestic raw material needs, which helps explain the importance of new projects, import rules, and industry lobbying around feedstock access.

At the same time, the sector stands at the center of one of Indonesia’s most visible sustainability debates. The industry is economically important, but plastics are also associated with marine debris, landfill stress, open burning, low-value packaging leakage, and the informalization of waste handling.

Indonesia’s policy environment therefore contains a tension that shapes almost every commercial decision in the industry: the state wants stronger domestic industrial capability and lower import reliance, yet it also wants higher circularity, stricter standards, and reduced environmental leakage. The coexistence of these goals is not a contradiction; it is the defining reality of the Indonesian plastics market

• Why the Indonesian Plastic Industry Matters

From an economic standpoint, the industry matters because plastics are an input to sectors that scale with income growth. As retail, modern trade, processed food, pharmaceuticals, e-commerce, and consumer packaged goods expand, plastics demand tends to rise through flexible packaging, rigid packaging, transport packaging, containers, films, and molded components.

Market analyses published in 2025 place Indonesia’s plastics market at roughly 7.37 million tons in 2025, while other 2024–2025 estimates cluster in a similar range, indicating a market that is already large by regional standards and still expanding.

The industry also matters because it reveals the broader strengths and vulnerabilities of Indonesia’s industrialization model. On the strength side, Indonesia has scale, rising demand, a strategic location in ASEAN, and the political will to support downstream processing and import substitution.

On the vulnerability side, it remains exposed to imported feedstocks, foreign exchange pressures, shipping disruptions, and regulatory friction when trade controls are applied too broadly. This exposure became especially visible when business groups complained that import restrictions risked constraining industrial raw materials, prompting subsequent policy adjustments.

Another reason the sector matters is that the composition of the industry is uneven. Some segments, such as downstream converters and packaging producers, are broad and fragmented. Other segments, especially upstream olefins and some major resins, are far more concentrated and capital-intensive. This asymmetry affects bargaining power, pricing dynamics, and policy influence.

Large upstream investments can reshape the cost structure of the entire chain, whereas many downstream firms remain margin-sensitive and dependent on the availability and price of resin. The inauguration of Lotte Chemical Indonesia’s large petrochemical complex in late 2025 is therefore not just a company event; it is a structural event for the industry. Reuters reported that the complex is Indonesia’s first new naphtha cracker in about 30 years and is expected to materially reduce ethylene import dependence.

• The Central Tension: Growth Versus Sustainability Is the Wrong Frame

A common mistake in discussing plastics is to frame the policy challenge as a simple tradeoff between industrial growth and environmental protection. In Indonesia, the real issue is more nuanced. The country is not choosing between “having a plastic industry” and “not having one.” It is choosing what kind of plastic industry it wants: one that remains import-dependent, packaging-heavy, and leakage-prone, or one that is more integrated upstream, more disciplined in standards, and more circular in waste recovery and material design.

Official and quasi-official policy documents increasingly point toward the latter model. Circular economy planning, producer responsibility rules, and waste reduction roadmaps all suggest that the state’s preferred future is not de-plasticization in the absolute sense, but transition toward redesigned materials, better recovery, and stronger domestic industrial organization.

This matters analytically because it changes how the industry should be assessed. A serious report on Indonesia’s plastic industry cannot stop at market size, trade flows, and company capacity. It must also evaluate packaging composition, resin mix, recyclability constraints, collection economics, imported raw material risk, compliance burdens, and the gap between formal policy targets and on-the-ground implementation.

The sector’s future will be determined as much by these frictions as by demand growth alone. Evidence from environmental reporting and policy analysis shows that weak waste handling and contamination problems still distort outcomes in practice, even when the regulatory direction is clear.

• Scope of This Report

This report is designed to provide a comprehensive, decision-oriented analysis of the plastic industry in Indonesia, not merely a descriptive market summary. It will examine demand trends, resin types, value-chain structure, major players, production capacity, trade statistics, government policy, operational practices, structural constraints, and international benchmarks. It will also distinguish between the upstream petrochemical layer and the downstream plastic conversion layer, because the economics and competitive dynamics of these segments are materially different.

The requested chapter structure is appropriate because it combines industry analytics with policy and comparative evaluation. In Indonesia, that combination is essential. A pure market study would miss the role of import regulations, standards enforcement, anti-dumping measures, and national waste-reduction commitments.

• Analytical Lens and Method
  1. First, it uses a value-chain lens: feedstocks, monomers, polymers, compounders, converters, brand owners, distributors, recyclers, and waste handlers. This matters because shortages and bottlenecks do not appear at only one point in the chain. A resin shortage is not the same as a packaging shortage, and a recycling bottleneck is not the same as a consumer demand issue. Recent government and industry discussions about plastic supply disruptions confirm the need to view the sector as an integrated chain rather than isolated firms.
  2. Second, it uses a trade competitiveness lens. Indonesia’s plastic industry cannot be understood without import and export analysis because trade flows reveal which segments are competitive, which segments remain deficient, and where domestic industry seeks protection or flexibility. The 2025 anti-dumping duty on nylon film and the 2025 relaxation of some import restrictions for industrial raw materials are examples of how trade policy directly shapes the sector.
  3. Third, it uses a policy-regime lens. Producer responsibility obligations, marine debris targets, and circular economy roadmaps are not peripheral issues; they increasingly affect packaging design, material substitution, collection systems, compliance costs, and public legitimacy. Indonesia’s regulatory architecture includes Presidential Regulation No. 83 of 2018 on marine debris management and the producer waste-reduction roadmap under Ministry of Environment and Forestry Regulation No. 75/2019, which together form a meaningful policy backbone for plastic-related sustainability action.
  4. Fourth, it uses a capacity-and-scale lens. In capital-intensive materials industries, announced investment is not the same as operating capacity, and operating capacity is not the same as effective domestic substitution. The report will therefore pay attention to installed capacity, utilization, technology profile, and the timing of major projects such as Lotte Chemical Indonesia’s complex, as well as the strategic role of domestic incumbents and downstream processors.
  5. Fifth, it uses a comparative benchmarking lens. Indonesia’s plastic industry is often discussed only within national boundaries, but the more useful question is how it compares with ASEAN peers, the EU, and the United States in terms of feedstock integration, recycling systems, regulatory certainty, productivity, and end-market sophistication. This benchmarking will help clarify whether Indonesia’s current challenges are transitional, structural, or self-inflicted. Comparative work is particularly relevant now because Indonesia is simultaneously trying to reduce import dependence and align with a more circular production model.

• Key Themes That Will Recur Throughout the Report
  1. The first is import dependence versus domestic industrial expansion. Indonesia has been trying to deepen downstream industry for years, yet significant dependence on imported inputs has remained. That is why policy shifts on import licensing and the start-up of major petrochemical capacity can have outsized industry effects.
  2. The second is packaging dominance. Much of plastic demand growth in Indonesia is linked to packaging rather than high-value engineering plastics. This gives the market scale, but it also amplifies waste management pressures because packaging has shorter use cycles and greater leakage risk. Market reports and circular-economy documents repeatedly highlight the significance of packaging in the Indonesian plastics system.
  3. The third is the mismatch between regulation and implementation capacity. Indonesia has ambitious targets, including the national objective to reduce marine plastic debris by 70% by 2025 under the marine debris framework, but implementation varies by region, sector, and material type. The report will therefore distinguish formal policy from effective practice.
  4. The fourth is the rise of circularity as industrial strategy. Circularity is not only an environmental agenda. In the Indonesian context, it is increasingly tied to resource security, domestic recycling markets, standards development, and industrial resilience. Ministry and ecosystem sources increasingly frame recycling and circular economy development as business opportunities as much as waste-management obligations.
• Limitations and Data Caution

A report of this kind must acknowledge an important limitation: “the plastic industry” can be measured in several ways, including market value, resin demand, polymer output, converter output, packaging value, HS Chapter 39 trade, or broader petrochemical indicators.

Different market studies therefore produce somewhat different totals. For example, one widely cited source estimates the Indonesian plastics market at 7.37 million tons in 2025, while another source frames the market in value terms at USD 7.84 billion in 2024 with growth through 2033. These figures are not necessarily contradictory; they reflect different methodologies and coverage.

For that reason, later chapters will clearly separate:

1. market-size estimates from commercial research,
2. official trade data from BPS,
3. company-level capacity disclosures, and
4. policy targets from operational outcomes. BPS remains the authoritative source for Indonesia’s official export-import statistics, while company sustainability reports and official announcements are useful for plant-level capacity and investment updates.

Chapter 2: Market Trends and Size of Steel Industry in Indonesia

• Introduction

Indonesia’s plastic industry is large enough to be analyzed from multiple angles, and that is the first thing to clarify before discussing “market size.” Depending on the source, the market may be measured in tons of plastic demand, market value in USD, packaging value, shipment volume, or specific resin sub-markets such as polypropylene or packaging films.

The most consistent recent tonnage-based estimate places Indonesia’s total plastics market at about 7.36–7.37 million tons in 2025, with projected growth to around 9.17–9.31 million tons by 2030, implying a medium-term CAGR of roughly 4.5%–4.8%. Meanwhile, value-based estimates place the market at around USD 7.84 billion in 2024, rising to USD 14.03 billion by 2033, reflecting a higher nominal CAGR because pricing, product mix, and inflation effects differ from volume growth.

This chapter therefore treats market size in a layered way. First, it examines aggregate market size and growth. Second, it explains which end-use segments are driving demand. Third, it breaks down the industry by major plastic types, focusing on the resins that matter commercially in Indonesia: PE, PP, PET, PVC, PS, ABS, and engineering plastics, while acknowledging the growing policy interest in biodegradable and recycled-content materials. This matters because Indonesia’s plastics market is not homogeneous. A ton of PET bottle resin does not serve the same industrial logic as a ton of polypropylene raffia, PVC pipe compound, BOPP film, or engineering plastic for automotive use.

• Headline Market Size

The strongest recurring market estimate in recent commercial intelligence is that Indonesia’s plastics market will reach about 7.37 million tons in 2025. A closely aligned alternative estimate gives 7.36 million tons in 2025, which is effectively the same order of magnitude and supports the conclusion that Indonesia is already one of the largest plastics markets in Southeast Asia by demand volume. Both estimates project the market to exceed 9 million tons by 2030.

This range is plausible for three reasons. First, Indonesia’s macroeconomy kept expanding, with GDP growth of 5.11% in 2025, following 5.03% in 2024, according to BPS. Second, the sectors that intensively use plastics, especially food and beverage, consumer goods, retail distribution, and manufacturing, continue to expand in step with urbanization and rising household consumption. Third, the domestic market remains broad-based rather than dependent on a single end-use category, which makes demand more resilient even when specific sectors slow.

A separate value-based estimate from IMARC puts the Indonesia plastics market at USD 7.84 billion in 2024, projected to reach USD 14.03 billion by 2033 at a 5.99% CAGR. This higher value CAGR compared with tonnage growth is consistent with a market that is not only expanding in volume but also shifting in composition, with higher-value packaging formats, specialty plastics, improved conversion technology, and premium consumer demand raising value per ton over time.

• Why the Market Is Growing

The industry’s growth is fundamentally demand-led. The main structural driver is Indonesia’s scale as a domestic consumer economy. A large population, urban migration, higher penetration of packaged goods, modern retail growth, and logistics expansion all increase plastics intensity. BPS recorded 5.11% GDP growth in 2025, while packaging-focused market sources also tie plastics growth to the expansion of food, beverage, pharmaceuticals, cosmetics, and e-commerce-linked consumption.

Food and beverage are the most important demand engine. A Japan-funded strategic document on plastic waste reduction in Indonesia notes that the food and beverage industry accounts for about 60% of plastic production/use, using especially PET, PE, and PP. Another packaging market source, citing the Indonesian Packaging Federation, says food and beverage accounts for nearly 70% of overall plastics usage in the packaging context. The exact percentage varies by methodology, but both support the same conclusion: the Indonesian plastics industry is overwhelmingly tied to packaging for consumer staples.

Modern retail and e-commerce reinforce this packaging bias. BPS’s e-commerce publications indicate the continuing formalization and measurement of the digital commerce sector, while industry analyses tie online retail growth directly to demand for films, mailers, containers, tapes, wraps, and transport packaging. As the economy formalizes, packaging requirements become more standardized, hygienic, and brand-driven, all of which favor plastic solutions because they are light, moldable, durable, and cost-efficient.

Another growth driver is substitution away from traditional materials. The Indonesian market has steadily replaced paper, glass, metal, woven natural fibers, and informal wrapping formats with plastic in categories where shelf life, moisture resistance, transportability, and cost matter more than premium image.

This is especially visible in small-format packaging for food, household products, bottled water, condiments, and over-the-counter consumer goods. At the same time, plastics are expanding in non-packaging applications such as piping, cable insulation, appliance parts, and automotive components, though these are still not the main source of volume compared with packaging.

• Market Structure by End Use
  • Packaging as the Core of the Industry

Packaging is the dominant segment of Indonesia’s plastics market. This is the clearest organizing fact of the industry. The Indonesia plastic packaging market alone is estimated at USD 10.47 billion in 2025, with growth to USD 14.45 billion by 2030, while packaging films in Indonesia are estimated at 3.58 million tonnes in 2025. Those two figures are not directly additive because one is value-based and one is a subsegment in tonnage, but together they show that packaging is not merely one application among many; it is the center of gravity of the whole plastics ecosystem.

Flexible packaging is especially important. One market source estimated flexible packaging would represent about 68.4% of Indonesia’s consumer packaging market in 2024. Even where exact shares differ by report scope, the direction is clear: lightweight film-based formats dominate because they are cheap, printable, compatible with high-volume FMCG distribution, and well-suited to the sachet and small-portion economics that remain highly relevant in Indonesia.

Rigid plastic packaging is also sizable but typically grows slightly differently depending on subcategory. One source projects Indonesia’s rigid plastic packaging market at 1.24 million tonnes in 2025, growing to 1.58 million tonnes by 2030. Another value-based source places the rigid plastic packaging market at USD 5.01 billion in 2026. These data reinforce that rigid packaging is substantial, but the industry overall still leans heavily toward films and flexible formats because of broad FMCG and food distribution patterns.

• Construction and Infrastructure

Construction is a major non-packaging source of plastic demand, primarily through PVC pipes, fittings, insulation, profiles, water tanks, geomembranes, and related products. Indonesia’s urban expansion, housing backlog, industrial parks, and utility upgrades support durable demand for these plastic applications. While this segment is smaller in tonnage than packaging, it matters strategically because it is less exposed to ultra-short product life cycles and often has better recyclability economics in post-industrial streams. PVC is especially tied to this segment.

• Automotive, Electronics, and Appliances

Automotive and electronics applications use a smaller share of total market volume but a higher-value mix of plastics, including PP compounds, ABS, PS, engineering plastics, and specialized polymers. Indonesia’s role as a manufacturing base for vehicles, motorcycles, and consumer appliances makes this segment commercially important even if it does not dominate headline tonnage. As the market matures, value growth increasingly comes from better-quality compounds and more complex molded parts, not only from additional low-value packaging tonnage.

• Agriculture and Fisheries

Agricultural plastics include mulch film, greenhouse film, irrigation components, sacks, woven bags, crates, ropes, and other packaging or handling formats. This segment is often under-discussed in high-level market reports, but in Indonesia it is meaningful because agriculture remains extensive and logistics for produce rely heavily on plastic packaging and handling materials. Polyethylene and polypropylene are especially important here.

• Medical and Consumer Durables

Healthcare applications, although smaller in total tonnage, have grown in relevance because they require hygienic, standardized, often single-use or protective plastic formats. Consumer durables, furniture, homeware, and storage solutions also support demand for PP, PE, PS, and ABS products. These segments matter less for overall volume than packaging, but they improve the industry’s margin profile and product diversity.

• Trend Direction: 2020–2025

The period from 2020 to 2025 can be understood in three phases. The first phase was pandemic disruption in 2020–2021. During this phase, some industrial and commercial demand categories softened, but packaging remained resilient because food distribution, household consumption, sanitation, healthcare, and delivery systems relied heavily on plastic. The pandemic likely reinforced plastic’s role in hygiene-sensitive sectors rather than reversing its relevance. Later market trajectories suggest the sector resumed growth quickly after the deepest disruption.

The second phase was recovery and normalization in 2022–2023. During this period, demand recovered across manufacturing and consumer channels, while firms also faced volatility in imported feedstock costs, global energy prices, and shipping. Market studies show the sector returned to a clear upward path, and trade-policy debates intensified because raw-material availability became a competitive issue for domestic converters.

The third phase, 2024–2025, was one of structurally resumed growth but under tighter policy and supply-chain scrutiny. Industry commentary and government-related reporting indicate continued concern about raw material access and import rules. At the same time, commercial forecasts became more confident, clustering around 7.36–

7.37 million tons in 2025 and projecting continued growth through 2030. This suggests that demand fundamentals remain intact even though cost and policy frictions have become more visible.

• Type of Plastics in the Indonesian Market

The Indonesian market uses the global mainstream resin families, but their relative importance reflects Indonesia’s packaging-heavy demand profile. The most commercially important types are polyethylene (PE), polypropylene (PP), polyethylene terephthalate (PET), polyvinyl chloride (PVC), polystyrene (PS), and acrylonitrile butadiene styrene (ABS), with smaller but meaningful roles for polycarbonate and other engineering plastics. Indonesian industrial testing and packaging regulations explicitly cover PE, PET, PP, PS, PVC, PVDC, and PC, which confirms these resin families are central to the formal industrial and standards landscape.

• Polyethylene (PE)

Polyethylene is one of the backbone plastics of Indonesia’s market. It appears in several forms, especially HDPE, LDPE, and LLDPE, and is used in films, shopping bags, liners, sachets, pouches, stretch wrap, agricultural film, blow-molded containers, household goods, and some piping applications. PE’s importance in Indonesia is explained by its versatility and its deep integration into flexible packaging.

In packaging globally, polyethylene remains the dominant resin family by share, and that pattern is consistent with Indonesia’s packaging structure. One packaging market source notes polyethylene held 41.85% of global plastic packaging market share in 2025; while that is not Indonesia-specific, it aligns with Indonesia’s very large flexible-packaging base and high usage of PE films.

Commercially, PE in Indonesia spans both low-value and high-volume uses. It is essential in low-margin FMCG packaging, but it is also central to logistics and industrial packaging. Because of this, PE demand is both broad and sticky. However, it also contributes heavily to post-consumer waste leakage because many PE applications are lightweight, contaminated, or multi-layered, which weakens recycling economics.

• Polypropylene (PP)

Polypropylene is arguably the most strategically dynamic resin in Indonesia today. It is widely used for rigid packaging, food containers, caps and closures, woven sacks, BOPP film, automotive components, homeware, and appliances. In packaging, PP benefits from higher heat resistance and stronger mechanical performance than some PE grades, making it attractive for food service, hot-fill, microwaveable, and mono-material packaging designs.

Recent market intelligence estimates Indonesia’s polypropylene market at 1.83 million tons in 2025 and 1.93 million tons in 2026, growing to 2.51 million tons by 2031. That is a major sub-market by itself. It also signals that PP is not merely one resin among many; it is a central growth engine for the Indonesian plastics industry. PP matters for another reason: it is a resin where upstream domestic capacity expansion can materially change the industry’s import profile. Indonesia has long faced gaps in plastic raw material supply, and PP has often featured in discussions about domestic substitution and petrochemical expansion. The commercial and policy relevance of PP is therefore higher than its tonnage alone would suggest.

• Polyethylene Terephthalate (PET)

PET is the dominant resin for beverage bottles, many food jars, and certain thermoformed packaging applications. In Indonesia, PET’s importance is anchored in bottled water, soft drinks, ready-to-drink beverages, edible oils, and other rigid packaging segments. A market source on rigid plastic packaging in Indonesia identifies PET as the dominant material type in that subsegment in 2023, largely because of beverage packaging and PET’s recyclability profile.

PET is structurally important because it is one of the more recyclable mainstream plastics, especially in bottle form. That gives it a stronger position in circular economy discussions than many multi-layer flexible formats. Indonesia’s recycling ecosystem, although still uneven, is relatively more familiar with PET bottles than with sachets or composite films.

That said, PET’s future growth will not be determined by beverage demand alone. It will also depend on collection rates, recycled content regulation, food-contact approvals, and whether producers can maintain cost competitiveness against alternative packaging materials. In other words, PET sits at the intersection of market growth and circularity more directly than some other resin types.

• Polyvinyl Chloride (PVC)

PVC occupies a different position from PE, PP, and PET because it is less associated with short-life FMCG packaging and more associated with construction, pipes, fittings, cables, sheets, flooring, and profiles. In Indonesia, PVC demand is therefore more correlated with infrastructure spending, building activity, utility rollout, and housing development than with retail packaging trends.

PVC’s market role is commercially important because construction-related plastics can provide longer product life and more predictable industrial demand. However, PVC also faces more environmental scrutiny than some other plastics because of chlorine chemistry, additives, and disposal concerns. That means PVC may remain necessary in many infrastructure applications while being less favored in some consumer-facing sustainability narratives.

• Polystyrene (PS)

PS and expanded polystyrene occupy narrower but still relevant niches in Indonesia, especially in food service packaging, disposable products, insulation, trays, and some appliance or electronics components. Indonesian standards and testing references still treat PS as a mainstream resin family, showing that it remains commercially relevant.

However, PS is more vulnerable than PE, PP, or PET to reputational and regulatory pressure because disposable foodservice applications are visible and recycling economics are often poor. This does not mean PS will disappear, but it does mean its long-term position is weaker in segments exposed to sustainability campaigns or municipal restrictions.

• ABS and Engineering Plastics

ABS, polycarbonate, and other engineering plastics represent a smaller share of total demand by weight but a larger share by value. They are important in automotive interiors, appliance housings, electronics, tools, and durable consumer products. Indonesia’s industrialization path suggests these materials will grow with domestic manufacturing sophistication even if they never approach packaging plastics in tonnage.

Their importance lies in industrial upgrading. A plastics sector dominated only by low-value packaging is more vulnerable to margin compression and environmental backlash. Growth in compounded PP, ABS, PC, and specialized materials indicates movement toward a more advanced manufacturing base. This is one of the reasons resin mixes matters analytically: not all growth improves industrial quality to the same degree.

• Biodegradable and Bio-Based Plastics

Biodegradable plastics are still a minor share of Indonesia’s total market, but they attract disproportionate policy and public attention. A Kemenperin publication distinguishes biodegradable plastic from conventional PE and PP and notes the use of plant-based feedstocks such as cassava. This shows that the government and industry ecosystem have long viewed biodegradable plastics as a strategic niche, even if they have not yet become mainstream in volume terms. The commercial challenge is that biodegradable materials do not automatically solve Indonesia’s waste problem. They often cost more, require specific composting conditions, or risk confusing consumers and waste systems if standards and disposal pathways are unclear. So, while bio-based and compostable plastics are relevant to the future market, they should not be mistaken for a near-term substitute for the mainstream resin base.

• Market Size by Selected Subsegments

Recent market intelligence helps illustrate how the overall market is composed. Indonesia’s plastic packaging market is esmated at USD 10.47 billion in 2025. Its plastic packaging films market is estimated at 3.58 million tonnes in 2025. The rigid plastic packaging market is estimated at 1.24 million tonnes in 2025.

The plastic bottles market is estimated at USD 334.29 million in 2025. The polypropylene market alone is estimated at 1.83 million tons in 2025. None of these figures should be summed because they overlap, but together they reveal the shape of the industry: a large general plastics market anchored by packaging, with films and PP playing especially central roles.

These sub-market estimates also reveal something important about Indonesia’s industrial structure. The market is not dominated by engineering plastics or specialty resins. Instead, it remains led by packaging-oriented commodities and semi-commodities. This has two implications. One, the sector’s growth is resilient because packaging demand is broad-based. Two, the sector’s environmental pressures are intense because packaging has a short use phase and high leakage risk.

• Geographic and Demand Concentration

Java dominates Indonesia’s plastics market because it concentrates population, manufacturing, ports, consumer demand, and downstream conversion capacity. IMARC explicitly notes that Java dominates the market in 2024. This is unsurprising: West Java, Banten, Jakarta, and East Java form the main industrial-consumption corridor where resin conversion, packaging manufacturing, food processing, retail distribution, and export logistics are clustered.

This geographic concentration matters for market size interpretation. National demand may be large, but its industrial realization is highly clustered. This gives scale efficiency to manufacturers in the Java corridor, but it also means logistics costs and distribution complexity remain important barriers to nationwide market integration. In practical terms, the Indonesian plastic market is national in demand but regionally concentrated in production and conversion.

• Demand Quality: Volume Growth Versus Value Growth

A useful distinction in Indonesia is between volume growth and quality of growth. Volume growth is largely driven by more packaging, more urban consumption, and broader industrial use. Value growth, however, depends on whether the market upgrades into better compounds, more sophisticated packaging, higher-performance resins, and stronger downstream manufacturing capabilities. Recent forecasts suggest both are happening, but not at the same pace.

For example, if market volume rises from around 7.37 million tons in 2025 to more than 9.3 million tons by 2030, that is significant. But if most of that increase comes from low-value flexible packaging and short-life disposables, the industry’s social and environmental burden may rise faster than its industrial sophistication. By contrast, growth in automotive compounds, higher-quality rigid packaging, medical plastics, or recyclable mono-material systems would indicate stronger structural upgrading. That is why type-of-plastic analysis is not merely technical; it helps evaluate the quality of industrial growth.

• Key Market Trends by Material and Application

Several trends stand out in the current market.

1. The first is the continued strength of polyolefins, especially PE and PP. These materials dominate the packaging and consumer goods ecosystem, and PP is growing strongly in Indonesia.
2. The second is the persistence of flexible packaging dominance. Flexible packaging is efficient and cheap, but it is also the segment most associated with poor recovery economics. This creates a structural contradiction: the format best suited to Indonesia’s mass market is often the format hardest to manage at end of life.

3. The third is the strategic role of PET in any circular economy transition. PET’s established recycling value chain means it is more likely than many other plastics to benefit from collection and recycled-content systems.
4. The fourth is the durability of PVC in infrastructure. Despite environmental criticism, PVC is likely to remain important where performance and cost justify its use.
5. The fifth is the gradual emergence of higher-value plastics through manufacturing development, though this remains secondary to packaging in the aggregate market.

• Market Constraints Embedded Within the Growth Story

The market is growing, but its structure contains built-in constraints.

1. One constraint is that a significant portion of demand is concentrated in categories with thin margins and high sensitivity to resin prices, especially packaging converters. When feedstock prices rise or imports are disrupted, downstream firms can face immediate stress. Industry reporting in 2026 shows continued concern over raw material availability and the need to diversify supply.
2. Another constraint is that Indonesia’s biggest demand segment, packaging, is also the segment under the greatest policy and social scrutiny. Circular economy roadmaps, producer responsibility measures, and waste reduction targets will likely force changes in packaging design, recycled content, labeling, and material choices. That does not eliminate growth, but it changes the terms of growth.
3. A third constraint is the difference between demand growth and domestic value capture. Indonesia can have strong plastics demand while still importing too much resin or high-value input. That means market size alone does not guarantee a strong national industry position. This issue will be explored more deeply in later chapters on major players, production capacity, and trade.
   • Interpretation of Market Size: What the Numbers Really Mean

The headline number of roughly 7.36–7.37 million tons in 2025 tells us Indonesia is already a major plastics market. But the deeper interpretation is this: Indonesia is not simply a “large plastics market.” It is a large packaging-led plastics market with a polyolefin-heavy resin mix, a consumer-demand base anchored in food and beverage, and a development profile still balancing commodity-scale growth with industrial upgrading.

That means the country’s future trajectory will depend less on whether demand continues to rise, and more on five questions:

• whether upstream supply can keep pace;
• whether packaging can become more circular without crippling cost competitiveness;
• whether the industry can move into higher-value materials and applications;
• whether trade policy supports rather than distorts conversion industry competitiveness;
• and whether domestic recycling systems can absorb a larger share of the material stream.

Chapter 3: Major Players and Production Capacity

• Introduction

Indonesia’s plastic industry cannot be understood properly without separating the sector into upstream petrochemicals and resins on one side, and downstream converters and packaging manufacturers on the other. The upstream layer is relatively concentrated, capital intensive, and strategically important because it determines domestic availability of olefins, polyolefins, PVC chain materials, and other chemical intermediates.

The downstream layer is broader and more fragmented, covering film producers, rigid packaging companies, molded product manufacturers, compounders, and specialized converters serving food, beverage, personal care, industrial, and infrastructure markets. This split matters because a country may have a large plastics market in demand terms while still lacking self-sufficiency in critical raw materials. Recent official and company disclosures show exactly that pattern in Indonesia: strong downstream demand, but historically incomplete upstream capacity.

The strategic importance of production capacity is especially high in Indonesia because the domestic market is large enough to absorb substantial local output. That means capacity additions do not merely create export options; they can directly replace imports, improve supply security, and shift bargaining power across the chain. Reuters reported in late 2025 that Indonesia’s first new naphtha cracker in around 30 years had been completed by Lotte Chemical Indonesia, underscoring how infrequent and consequential large upstream additions are in the country.

• Overall Industry Structure: Concentrated Upstream, Fragmented Downstream

At the top of the chain, Indonesia’s plastics-related production capacity is dominated by a limited number of large groups with integrated assets in crackers, polyolefins, chlor-alkali, vinyls, and key intermediates. Chandra Asri describes itself as Indonesia’s largest integrated petrochemical company and states that it produces 4.2 million tons per year of chemical products across its broader chemicals platform.

Asahimas Chemical is the country’s largest chlor-alkali-vinyl chain producer by its own capacity disclosures, while Lotte Chemical Indonesia has become a major new force after the completion of its LINE petrochemical complex in Cilegon. Polytama is also important in polypropylene, even though its scale is smaller than the biggest integrated complexes.

By contrast, the downstream plastics and packaging segment is populated by a wider mix of listed and unlisted firms. Publicly visible examples include PT Argha Karya Prima Industry Tbk, PT Indopoly Swakarsa Industry Tbk, PT Berlina Tbk, and Dynapack Asia. These companies operate in flexible packaging films, rigid packaging, bottles, industrial packaging, and increasingly recycled-content packaging systems. The downstream segment is important commercially, but it is structurally more fragmented because conversion is less capital-intensive than crackers or chlor-alkali-vinyl complexes and because the end-use base is broad.

This split between upstream concentration and downstream fragmentation has direct consequences for pricing, supply security, and margins. A small number of upstream resin producers can strongly influence domestic supply conditions, while many converters must compete on cost, quality, customer relationships, and increasingly sustainability credentials. That imbalance is one reason why capacity additions in olefins, polyethylene, polypropylene, and PVC chain products are disproportionately important to the Indonesian plastics sector.

• Chandra Asri Group: The Domestic Anchor

Chandra Asri is the most important incumbent in Indonesia’s upstream plastics-related petrochemical system. On its corporate website, the company states that it is Indonesia’s largest integrated petrochemical company and reports total chemical production of 4.2 million tons per year across its broader portfolio. Its historical capacity build-out is especially important because it shows how much of Indonesia’s domestic polymer base has depended on one corporate group.

Chandra Asri’s company history notes the following milestones: polypropylene commercial production began in 1992 at 160 KTA, increased to 240 KTA in 1993, then to 360 KTA in 1995, and later to 480 KTPA after de-bottlenecking in 2011. It also states that ethylene commercial production started in 1995 at 520 KTA, rose to 600 KTA in 2007, and that naphtha cracker capacity was expanded to 860 KTA in 2015. The company also added a 400 KTA polyethylene plant in Cilegon and raised butadiene capacity to 137 KTA.

These numbers matter because they show that Chandra Asri has not been merely one producer among many. It has effectively served as the backbone of Indonesia’s domestic olefins and polyolefins system for years, especially before the arrival of Lotte’s new world-scale complex. Chandra Asri’s product range, as described on its own site, includes ethylene, propylene, polyethylene, LLDPE, HDPE, polypropylene, styrene monomer, butadiene, MTBE, caustic soda, hydrogen, sodium hypochlorite, and ethylene dichloride. That portfolio breadth gives it influence across multiple branches of the plastics value chain, from packaging films and molded products to PVC feedstock development and synthetic rubber.

Chandra Asri’s role is also expanding through new projects. Its CA-EDC project, according to the company, is designed to produce 500,000 metric tons per annum of ethylene dichloride and more than 400,000 metric tons per annum of caustic soda. In strategic terms, this is significant because it deepens the domestic base for vinyl-chain materials used in PVC-related downstream industries. The company’s broader corporate presentation in 2025 also pointed to a downstream chemical complex capacity of 4.7 MTPA and cracker capacity of 2 MTPA in the broader expansion narrative, though those figures reflect group-level forward positioning rather than only currently operating legacy assets in Indonesia.

The core conclusion is that Chandra Asri has long functioned as Indonesia’s domestic anchor in petrochemical feedstocks and basic polymers. Any realistic analysis of Indonesia’s plastic production capacity must start with Chandra Asri because its installed base, integration, and project pipeline influence the entire downstream market.

• Lotte Chemical Indonesia: The New World-Scale Entrant

Lotte Chemical Indonesia became the most important new entrant in the industry when its LINE petrochemical complex in Cilegon reached completion in 2025. Lotte stated in November 2025 that the newly completed complex is designed to produce 1 million tons of ethylene, 520,000 tons of propylene, 350,000 tons of polypropylene, 140,000 tons of butadiene, and 400,000 tons of BTX annually. In the same announcement, Lotte also noted that the adjacent LOTTE Chemical Titan Nusantara plant has 450,000 tons of polyethylene capacity, which will now be supplied with ethylene by pipeline from the new complex.

This project is structurally transformative for Indonesia. Reuters reported that the plant is Indonesia’s first new naphtha cracker in around 30 years and cited the company’s expectation that it would materially reduce import dependency, potentially raising Indonesia’s ethylene self-sufficiency from 44% to 90%. Even allowing for the fact that self-sufficiency ratios depend on timing and demand assumptions, the order of magnitude is important: the plant is large enough to shift national supply conditions rather than simply add incremental output.

There is one detail worth noting carefully. Earlier Lotte announcements in 2024 and early 2025 referred to a target of 250,000 tons of polypropylene for the LINE project, whereas the November 2025 completion release referred to 350,000 tons of polypropylene. The later figure appears to reflect the finalized post-completion scope and is the best current figure to use, but the discrepancy itself is a reminder that announced capacities can evolve between development, construction, and start-up.

Lotte’s strategic significance lies not just in size, but in what that size changes. Prior to this investment, Indonesia’s plastics and petrochemicals system had long suffered from incomplete domestic coverage in key building blocks. Lotte’s capacity addition improves the country’s ability to serve local packaging, converting, and manufacturing demand with domestically produced feedstock, and it also introduces a new balance of power in a market that had been heavily reliant on Chandra Asri as the dominant integrated incumbent.

• Asahimas Chemical: Dominant in the Chlor-Alkali and PVC Chain

If Chandra Asri and Lotte are central to Indonesia’s olefins and polyolefins story, PT Asahimas Chemical is central to the country’s chlor-alkali and PVC chain. On its “ASC at a Glance” page, the company reports total capacity of 700,000 tons/year of caustic soda, 900,000 tons/year of vinyl chloride monomer (VCM), and 750,000 tons/year of polyvinyl chloride (PVC) after its latest expansion phase. AGC, its parent group, separately confirmed in 2022 that the Indonesia expansion lifted ASC’s PVC capacity from 550,000 tons to 750,000 tons.

These capacities make Asahimas one of the most strategically important producers in the entire Indonesian plastics system, even though PVC receives less public attention than polyethylene or polypropylene. PVC remains essential in pipes, fittings, cable insulation, sheets, and numerous construction-related applications. Since construction and infrastructure are major non-packaging demand segments in Indonesia, domestic PVC capacity has outsized importance for the industrial economy.

Another notable point is that Asahimas is not only large in PVC resin but deeply integrated within the vinyl chain. Its own corporate materials state that it produces caustic soda, ethylene dichloride, vinyl chloride monomer, PVC, hydrochloric acid, and sodium hypochlorite. That matters because integration improves cost control, feedstock coordination, and resilience in downstream supply. In practice, Indonesia’s PVC-related sectors depend heavily on the stability and scale of this integrated chain.

• Sulfindo and Standard Toyo Polymer: Secondary but Important PVC Players

Indonesia’s PVC market is not supplied by Asahimas alone. PT Sulfindo Adiusaha describes itself as a leading chlor-alkali and vinyl producer and states that it currently has annual production capacity of 320,000 DMT of caustic soda, 380,000 MT of EDC, 130,000 MT of VCM, and 110,000 MT of PVC. Sulfindo has also publicly discussed an expansion project involving a new 250,000 metric ton per annum VCM plant and 250,000 metric ton per annum PVC plant.

PT Standard Toyo Polymer (Statomer) is another established PVC producer. Statomer’s corporate information states PVC production capacity of 112,000 metric tons per year, while Tosoh’s Asia operations page says the company’s existing PVC plant reached 210,000 tons annually after expansion in 2019. The difference likely reflects different reference points or update timing, but both sources confirm that Statomer is a meaningful though smaller player compared with Asahimas.

Together, Asahimas, Sulfindo, and Statomer form the core of Indonesia’s domestic PVC resin base. This gives Indonesia a more developed local footing in PVC than in some other resin categories, though the market still faces capacity, feedstock, and trade-related pressures. It also means the structure of the vinyl chain is somewhat more diversified than the polyolefins chain historically was.

• Polytama Propindo: A Key Polypropylene Specialist

PT Polytama Propindo is one of the most important dedicated polypropylene players in Indonesia. Company materials show that Polytama increased production capacity to 200,000 MT per year in 2004, to 240,000 MT per year in 2008, and to 260,000 MT per year in 2018. More recent company announcements in 2024 and 2025 state that Polytama is developing a new plant with an additional 300,000 tons per year, which would take total polypropylene capacity to 600,000 tons per year.

Polytama matters because polypropylene is one of the most important resins in Indonesia’s packaging and consumer manufacturing ecosystem. In a market where the polypropylene demand base is already estimated at around 1.83 million tons in 2025, a local capacity platform moving toward 600 KTPA is strategically meaningful. It also signals that Indonesia’s industrial policy and corporate strategy are not relying only on integrated mega-projects; specialized domestic expansions in key resins are also part of the capacity story. The deeper implication is that Indonesia’s polypropylene landscape is becoming more competitive and less singular. Historically, Chandra Asri was central to domestic PP. With Polytama’s expansion and Lotte’s new PP capacity, the domestic supply base is broadening. That is a positive development for converters, though actual market outcomes will still depend on operating rates, feedstock costs, and import conditions.

• Downstream Film and Packaging Players

While upstream producers dominate resin supply, the downstream industry is where plastics are converted into commercially visible products. In flexible films and packaging, PT Argha Karya Prima Industry Tbk is one of the best-documented listed players. Its 2024 annual report states that it has total installed production capacity of nearly 147,000 tons per year across the group, and specifically that its Citeureup facility has installed capacity of about 113,000 tons per year for BOPP and 13,000 tons per year for BOPET, while its Malaysian subsidiary has approximately 21,000 tons per year of BOPP capacity. The same report also notes that in 2024 the company operated production lines at a maximum capacity of 126,000 tons annually.

Argha is important because BOPP and BOPET films are core materials for modern packaging, labels, overwraps, lamination structures, and consumer-product presentation. Its scale makes it one of the larger film producers tied to the packaging economy, and its capacity profile illustrates an important feature of Indonesian plastics: downstream film production is substantial, but it sits on top of upstream resin availability and cost structures set elsewhere in the chain.

PT Indopoly Swakarsa Industry Tbk is another major flexible film player. Search-result extracts from its 2024 annual report indicate ongoing additions, including one item referring to a capacity of 10,000 tons/year, while the company is known in the market for BOPP and BOPET operations serving Indonesia and export customers. Although the accessible web extract is less complete than Argha’s official report lines, it still supports the classification of Indopoly as a major downstream film converter rather than a marginal player.

In rigid packaging, PT Berlina Tbk remains a significant name. Berlina’s public investor-relations materials show it as a major packaging company with operations spanning multiple facilities and product categories, serving personal care, home care, food, beverage, and industrial customers. Although the readily accessible web snippets do not provide a clean single capacity figure, Berlina’s scale and persistence in the listed market make it one of the notable rigid packaging players in Indonesia.

Dynapack Asia is also a significant downstream group, especially in rigid packaging and circular packaging development. Dynapack’s sustainability materials highlight the commissioning of Amandina Bumi Nusantara, an Indonesian JV facility producing recycled PET in partnership with Coca-Cola. Dynapack also disclosed that the investment exceeded USD 30 million. This is noteworthy because it shows that downstream leadership is no longer defined only by virgin-plastic conversion capacity; in Indonesia, a meaningful subset of leading packaging groups is also competing on recycled-content capabilities and circularity infrastructure.

• Production Capacity Concentration and What It Means

Indonesia’s production capacity profile tells a clear story: upstream scale is concentrated, and capacity additions are lumpy. Rather than many mid-sized crackers or polymer plants competing simultaneously, Indonesia has tended to rely on a small number of landmark facilities.

Chandra Asri’s historical dominance and Lotte’s 2025 mega-complex are prime examples. This kind of structure creates efficiency at scale, but it also means outages, project delays, or policy distortions can have system-wide consequences.

This concentration also affects trade exposure. When domestic upstream capacity is insufficient, downstream converters must import resin or rely on distributors tied to foreign producers. That can increase lead times, working-capital needs, and foreign-exchange exposure.

Conversely, when domestic capacity expands, the benefits can be large: shorter supply chains, potentially lower logistics costs, and greater national bargaining power. Lotte’s own description of piping ethylene directly to its adjacent PE plant is a simple but powerful example of how integration reduces cost and improves efficiency.

Another implication is that production capacity is not identical to market power, but it is close in upstream Indonesia. A producer with a world-scale cracker or a very large PVC complex has structural influence even if the market remains open to imports. This is especially relevant in a country where policy periodically oscillates between stricter import controls and more flexible access to industrial raw materials. The larger the domestic installed base, the more those policy choices matter.

• The Shift from a Single-Anchor Market to a More Competitive Structure

For many years, Indonesia’s upstream plastics-related industry revolved heavily around Chandra Asri. That is no longer fully true. The emergence of Lotte’s large integrated project and Polytama’s aggressive polypropylene expansion means Indonesia is moving toward a more plural capacity structure, at least in some resin families.

In PVC and chlor-alkali, the country already had more than one important domestic player through Asahimas, Sulfindo, and Statomer. The newer change is more visible in olefins and polypropylene, where capacity concentration had been especially pronounced.

This does not mean the market is suddenly unconcentrated. Chandra Asri and Lotte still operate at a scale that is far above most local firms. But the structure is becoming less singular than before, and that is healthy for a market of Indonesia’s size. More competition in resin supply should, over time, support downstream converters, reduce dependence on imported material in some categories, and increase the feasibility of domestic value-chain deepening.

• Capacity Gaps That Still Matter

Even with the recent expansions, Indonesia’s production landscape still has notable gaps. First, large domestic demand does not automatically mean balanced domestic supply across all resin grades, intermediate chemicals, additives, compounds, and specialty materials. Second, many higher-value engineering plastics and specialty compounds still depend on regional or global supply chains. Third, downstream converters remain sensitive not only to total domestic capacity, but to the availability of the right grades, quality consistency, and pricing competitiveness.

This is why production capacity should be read in qualitative as well as quantitative terms. A country may have enough nominal polymer tonnage but still lack enough film-grade, injection-grade, pipe-grade, food-contact, or high-clarity specialty output in the right forms and at the right economics. Indonesia has improved materially, especially with the Lotte project and ongoing expansions, but the sector is not yet at a point where capacity concerns disappear as a strategic issue.

• Downstream Capacity Is Expanding, but More Incrementally

Unlike upstream projects, downstream capacity tends to expand more gradually. Argha’s annual report shows a long-standing film platform with continuing modernization and efficiency focus. Dynapack’s investment in PET shows that capacity growth in Indonesia is increasingly taking the form not only of virgin plastic conversion, but also of recycled material processing. This is an important evolution because it suggests the industry’s next phase will not be defined solely by adding more virgin tonnage; it will also involve material circularity, higher-quality packaging, and more specialized conversion capabilities.

That said, downstream capacity expansion is not as visible or transformational as a world-scale cracker or PVC complex. It is more dispersed, customer-specific, and competitive. That makes it harder to summarize with a single national figure, but no less important economically. The downstream sector is where resin becomes value-added packaging, containers, labels, films, components, and consumer-facing products. It is also where many employment and export opportunities are created.

• Chapter 3 Closing

The structure of Indonesia’s plastics production capacity is becoming clearer. The country’s upstream base is led by a relatively small number of strategic players: Chandra Asri as the long-standing integrated anchor, Lotte Chemical Indonesia as the new world-scale entrant, Asahimas Chemical as the dominant PVC-chain producer, Sulfindo and Statomer as supporting vinyl-chain players, and Polytama as an increasingly important polypropylene specialist. Downstream, important listed and private converters such as Argha Karya Prima, Indopoly, Berlina, and Dynapack Asia shape the packaging and film market.

Chapter 4: Total Production, Export and Import Statistics

• Introduction

This chapter examines Indonesia’s plastic industry through two different but related lenses. First, it reviews the industry’s general production scale, which is best measured through market size and domestic supply indicators. Second, it presents export and import statistics based specifically on HS Chapter 39, the customs classification for “Plastics and articles thereof.” This distinction is important because HS codes are trade classifications, not production classifications.

The broader picture is clear. Indonesia has already become a large plastics market, with estimated market size reaching around 7.37 million tons in 2025, yet it continues to record a substantial deficit in HS 39 trade. This combination indicates that domestic demand is strong, but domestic upstream supply remains insufficient relative to total market requirements.

• General Production of Indonesia’s Plastic Industry

Because production is not captured by HS trade codes, the most practical way to discuss it is through overall industry demand and local supply coverage. A market study published in 2025 estimates Indonesia’s plastics market at 7.37 million tons. This figure serves as a reasonable benchmark for the scale of the domestic industry in 2025. At the same time, a 2025 academic systems study notes that only around 30% of Indonesia’s plastic demand is fulfilled by the local plastic industry. That implies that a large share of the domestic market continues to be supported either by imported raw materials, imported finished or semi-finished plastic goods, or overseas supply chains embedded in local conversion and manufacturing activity.

A useful way to interpret these numbers is this: by 2025 Indonesia was already a plastics market of more than seven million tons, but that does not mean the country was self-sufficient in raw materials. A 2025 systems study citing INAPLAS data says that only around 30% of plastic demand in Indonesia is fulfilled by the local plastic industry, with the remainder met from imports. That is a very strong indicator that the issue in Indonesia is not lack of market size, but lack of complete local supply coverage across feedstocks, resins, and grades.

That interpretation is consistent with policy and media reporting in 2025. Reuters reported that Indonesia planned to ease import restrictions for certain industrial raw materials, including plastic and chemical products, to improve business certainty and ease supply bottlenecks. This strongly supports the conclusion that even as domestic demand and capacity increased, imports remained structurally important to keep the plastics industry running.

From an industrial perspective, these figures suggest that Indonesia’s problem is not insufficient market size. The domestic market is already large enough to support substantial production and investment. The real issue is the imbalance between domestic demand and domestic supply depth, especially in upstream petrochemicals, primary polymers, and specialized grades. That imbalance is precisely what appears again in the HS 39 trade data below.

• Export and Import Statistics Based on HS 39

For trade analysis, the proper classification is HS Chapter 39: Plastics and articles thereof, as defined by BPS. The following table compiles cumulative January–December values for exports and imports of HS 39 from BPS sources for the years that could be safely extracted. For 2023, I am leaving the value blank in this draft because I did not extract the line securely enough from the BPS table and do not want to introduce an unverified figure.

*2022 import and balance values are widely reported in BPS-derived trade releases and Indonesia’s 2023/2024 trade publications, but the exact 2022 import-book snippet surfaced less cleanly in search than other years; I am using the standard national trade totals reflected in BPS-based reporting for consistency.

The national trade cycle matters for plastics for two reasons. First, plastics are deeply tied to manufacturing, packaging, consumer goods, and logistics, so broader trade expansion usually supports resin demand and converter activity.

Second, when total imports rise, a meaningful portion of that increase often reflects higher imports of industrial raw materials and intermediate goods, including chemicals and plastics-related inputs. In years when imports softened sharply, such as 2020, downstream manufacturers faced both weaker demand in some segments and changes in raw-material sourcing conditions.

The pattern across 2020–2025 is also useful analytically. Indonesia’s exports and imports both recovered strongly after the first pandemic year, but imports have remained structurally important because domestic industry still depends on imported materials and intermediate goods in many sectors. That broader pattern fits the plastics industry particularly well: large domestic demand, significant domestic conversion, but incomplete self-sufficiency in several raw material chains.

The first major takeaway is that Indonesia consistently runs a large trade deficit in HS 39. In 2020 the deficit stood at about US$4.55 billion. It widened sharply to US$7.29 billion in 2021 and reached US$8.21 billion in 2022, before easing slightly but remaining extremely high at US$7.80 billion in 2024 and US$7.70 billion in 2025. This pattern indicates that Indonesia’s plastics trade imbalance is structural rather than temporary. The second takeaway is that exports are relatively stable, while imports remain much larger. HS 39 exports stayed in a relatively narrow band, between approximately US$2.60 billion and US$2.91 billion across the verified years. By contrast, imports rose above US$10 billion in 2021, 2022, 2024, and 2025, with the highest extracted figure at US$11.12 billion in 2022. That means Indonesia does export a significant volume of plastic goods, but its import requirement is far greater.

• Trend Analysis of HS 39 Trade, 2020–2025
  • 2020: A Deficit Already Existed Before the Post-Pandemic Rebound

In 2020, Indonesia’s HS 39 exports were US$2.60 billion, while imports were US$7.15 billion, resulting in a deficit of US$4.55 billion. Even before the strong post-pandemic recovery, Indonesia was already a net importer of plastics and plastic goods by a wide margin. This is important because it shows the imbalance was not simply the result of unusual conditions in 2021–2022. It was already built into the industry structure.

• 2021–2022: Imports Expanded Faster Than Exports

The recovery years of 2021 and 2022 are especially revealing. Exports rose from US$2.60 billion in 2020 to US$2.89 billion in 2021 and US$2.91 billion in 2022. That was an improvement, but it was modest compared with import growth. Imports jumped from US$7.15 billion in 2020 to US$10.19 billion in 2021, then further to US$11.12 billion in 2022. As a result, the HS 39 trade deficit widened sharply. This tells us that when Indonesia’s economy and manufacturing activity accelerated, the plastics sector did not suddenly become more self-reliant. Instead, the recovery exposed deeper dependence on imported plastic materials and products. Stronger demand translated more into higher imports than into proportionally higher exports.

• 2024–2025: The Deficit Remained Structurally High

By 2024 and 2025, exports remained around the same general level, at US$2.79 billion and US$2.72 billion respectively. Imports also remained above US$10 billion, at US$10.59 billion in 2024 and US$10.43 billion in 2025. The deficit narrowed slightly between those two years, but only marginally. That persistence is one of the most important findings in this chapter. Even as Indonesia’s domestic plastics market grew to an estimated 7.37 million tons in 2025, the country still imported far more plastics and plastic articles than it exported. In practical terms, that means industrial growth has not yet translated into trade balance improvement under HS 39.

• What the HS 39 Deficit Implies

First, Indonesia’s plastics industry remains import intensive. The country’s domestic manufacturing base is active and sizable, but it still requires large external supply flows to meet market needs. This is consistent with the estimate that only around 30% of plastic demand is fulfilled locally.

Second, the deficit reflects not only imports of consumer plastic goods, but also a broader shortage in upstream materials, including resins and intermediate plastic inputs. That is why even a strong domestic market does not automatically reduce imports. If local upstream capacity is incomplete, rising demand can widen the import bill rather than shrink it.

Third, the trade pattern shows that Indonesia is stronger in downstream conversion and consumption than in upstream self-sufficiency. This interpretation aligns closely with the capacity story discussed in Chapter 3: downstream packaging, film, and plastic-product manufacturing is well established, but domestic raw material depth is still insufficient relative to the total size of the market.

• Relationship Between Production Scale and Trade Dependence

When Table 4.1 and Table 4.2 are read together, the central contradiction of Indonesia’s plastic industry becomes very clear. On one side, the country has a plastics market of roughly 7.37 million tons. On the other side, it continues to record an HS 39 import bill above US$10 billion in multiple years. These two facts are not contradictory; they are part of the same industrial reality.

A large domestic market creates commercial opportunity, but it does not automatically create domestic supply adequacy. If capacity, feedstock integration, and product-grade availability are not sufficient, then demand growth will continue to be supported by imports. That is exactly what the HS 39 series shows. In Indonesia’s case, the market is already large, but the industrial ecosystem is still in transition from demand-led growth toward deeper domestic supply capability.

• Data Note

This chapter deliberately separates general production indicators from HS 39 trade data. That approach is methodologically necessary. Production cannot be directly measured through HS trade codes, while exports and imports should be measured through BPS HS tables. For 2023, the HS 39 line should be filled later from the official BPS December 2023 bulletin once extracted safely from the source table. In this draft, it is left blank to preserve accuracy rather than imply a value that has not been verified.

Chapter 5: Government Policy

• Introduction

Government policy is one of the strongest forces shaping Indonesia’s plastic industry. Unlike sectors driven mainly by market demand, plastics in Indonesia are influenced simultaneously by industrial policy, trade policy, and environmental policy.

This means the industry does not operate under a single regulatory logic. Instead, it is pulled in three directions at once: the government wants to strengthen domestic industry, protect manufacturers from unfair competition or supply disruption, and reduce the environmental burden of plastic waste.

This policy mix explains why the Indonesian plastics sector can appear contradictory from the outside. On one hand, the state supports petrochemical expansion, local manufacturing capability, and easier access to raw materials. On the other hand, it has also adopted marine-debris reduction targets, extended producer responsibility measures, and circular-economy roadmaps that require changes in packaging design, waste handling, and producer behavior. These are not separate agendas.

They are now part of the same policy environment. In practical terms, government policy affects the plastics industry through at least five channels:

1. industrial development and down streaming,
2. import and trade regulation,
3. waste reduction and marine plastic policy,
4. producer responsibility and circular-economy compliance, and
5. standards, labeling, and green-industry programs.

• Core Policy Architecture

Table 5.1. Main Government Policies Affecting Indonesia’s Plastic Industry

This policy architecture shows that Indonesia no longer treats plastics as only a manufacturing issue or only a waste issue. The sector is now governed through a hybrid policy framework that combines industrial growth with environmental control.

• Industrial Policy: Strengthening Domestic Supply and Down streaming

At the industrial-policy level, Indonesia’s long-term direction has been to deepen domestic manufacturing capability and reduce dependence on imported raw materials. In the plastics sector, this means encouraging investment in petrochemicals, basic polymers, vinyl-chain products, and downstream conversion.

The logic is straightforward: because domestic demand is already large, every improvement in local supply capability can generate value added, reduce import dependence, and support broader manufacturing competitiveness. This policy logic is also consistent with the large investments discussed in Chapter 3, including new cracker and polymer capacity.

The Ministry of Industry’s policy orientation also appears in the circular-economy roadmap, which lists green-industry standards, industrial certification, and eco-industrial programs as part of the government support system relevant to plastics and packaging. The roadmap specifically identifies the Ministry of Industry as one of the institutions supporting circular-economy implementation through standards, certification, and green-industry policy instruments.

This matters because Indonesia’s industrial policy toward plastics is not anti-plastic in the absolute sense. It is more accurate to say that the government wants a more domestic, more efficient, and more circular plastic industry. That is a very different goal from eliminating plastics altogether.

• Trade and Import Policy

Trade policy has been especially important to the Indonesian plastics industry because the country still depends heavily on imported plastic raw materials, chemicals, and certain industrial inputs. This makes import regulation unusually sensitive: rules that are intended to control import surges can also unintentionally disrupt downstream manufacturers that need imported materials to keep operating.

That tension became very visible in 2024. Reuters reported that Indonesia reviewed import rules affecting more than 3,000 products after business groups complained that the regulations disrupted access to raw materials and threatened supply chains. Reuters specifically reported that the government eased restrictions for raw materials for the plastic industry after complaints and warnings of shortages.

A formal legal marker in this period was Minister of Trade Regulation No. 8 of 2024, which amended the broader import-policy framework under Permendag No. 36 of 2023. The regulation’s stated rationale was to support the smooth flow of imports under the national import-policy system. In practice, the regulatory cycle around 2024 showed how difficult it is to design import controls that protect local markets without damaging manufacturers that rely on foreign-sourced inputs.

In 2025, the government moved further toward relaxation. Reuters reported on June 30, 2025, that Indonesia planned to ease import restrictions and remove licensing requirements for certain industrial raw materials, including plastics and chemicals, to reduce bureaucracy and improve business certainty. Reuters again noted that the move responded to long-standing industry demands for easier access to raw materials.

Table 5.2. Import-Policy Direction for Plastics, 2024–2025

The policy lesson is clear: Indonesia wants to reduce excessive import dependence, but it also cannot afford to choke off the raw materials needed by its own plastic converters and manufacturers. So, trade policy in plastics has become a balancing act between industrial protection and industrial supply security.

• Marine Plastic Debris Policy

The most important environmental policy anchor for the sector is Presidential Regulation No. 83 of 2018 on Marine Debris Management. The regulation formally established Indonesia’s strategy, programs, and coordinated actions for marine-debris handling. The BPK regulation database notes that the regulation came into force on 21 September 2018. The associated text emphasizes the need for coordinated, measurable, and directed strategies to reduce the quantity of waste entering the sea.

This regulation matters because it elevated marine plastic leakage from a general environmental issue into a national policy priority. It effectively created the formal state framework for coordinated action across ministries, local governments, and other stakeholders. That gave later policy tools, including circular-economy and producer-responsibility measures, a stronger institutional base.

Indonesia has paired this regulation with a broader National Action Plan on Marine Plastic Debris. Official government summaries state that Indonesia aims to reduce marine plastic waste by 70% by 2025. The State Secretariat has repeated that target publicly, and marine-policy documents describe the action plan as built around multiple pillars including behavior change, reducing land-based leakage, reducing sea-based leakage, policy reform, law enforcement, and funding mechanisms.

Table 5.3. Marine Plastic Policy Direction

The significance of this policy area is that it changes the political legitimacy of plastic products. Once marine plastic becomes a national policy issue, companies can no longer rely only on cost and functionality. They also must consider post-consumer leakage, recovery systems, and reputational exposure.

• Producer Responsibility and Waste-Reduction Roadmaps

The most important direct compliance regulation for producers is Minister of Environment and Forestry Regulation No. 75 of 2019 on the Roadmap for Waste Reduction by Producers. The circular-economy roadmap identifies this regulation as Indonesia’s EPR instrument and explicitly describes it as implementation of Extended Producer Responsibility for waste generated by producers’ products and packaging.

The practical importance of Permen LHK 75/2019 is that it shifts responsibility upstream. Instead of treating waste only as a municipal problem or a household problem, the regulation makes producers responsible for planning waste reduction over time. In policy terms, this is a major change: it means packaging design, recyclability, collection systems, reuse models, and recycled content become part of corporate obligations rather than voluntary extras.

The circular-economy roadmap also gives a useful snapshot of implementation progress. It states that the plastics sector already has an EPR scheme under Permen LHK 75/2019 and mentions that 27 companies had submitted roadmaps while 8 companies had reported implementation at the time reflected in the roadmap text. That suggests the framework is real, but still in an early-to-mid implementation phase rather than a fully mature compliance regime.

For the plastics industry, this is one of the most consequential policy changes of the last decade. It does not ban plastics outright, but it makes the industry increasingly responsible for what happens after sale. That has implications for cost structures, material choices, partnership models, and corporate reporting.

• Circular Economy Policy

Indonesia’s policy regime has moved beyond waste management toward a broader circular-economy approach. The National Circular Economy Roadmap and Action Plan 2025–2045 identifies plastic packaging as one of the priority areas for redesign, recycled content, reuse systems, and integrated waste handling. The roadmap explains that the first period of transformation focuses on developing the ecosystem for redesign, reuse systems, and collection of plastic-packaging waste, supported by Permen LHK 75/2019.

This is important because it means future policy is likely to become more structural. Instead of focusing only on end-of-pipe cleanup, Indonesia is increasingly moving toward system design: recyclable packaging, recycled-content targets, reusable systems, ecolabels, and sustainable procurement.

The roadmap also lists policy links across ministries, including green-industry standards under the Ministry of Industry, sustainable procurement under LKPP, and environmental labeling under the Ministry of Environment and Forestry.

The roadmap’s treatment of plastic packaging also shows that government policy is becoming more specific. It is not only saying “reduce waste”; it is identifying mechanisms such as redesign, higher recycled-content use, and mass application of reuse and collection systems. That gives industry a clearer directional signal, even if implementation remains uneven.

• Standards, Labeling, and Green-Industry Measures

The plastic sector is also affected by standards and labeling measures that are less visible than major regulations but still commercially important. The circular-economy roadmap references several relevant instruments, including environmental labeling rules, green-industry standards, and packaging-related regulations. These include rules around ecolabels, bank-sampah implementation guidance, and green-industry standards for plastic shopping bags and bioplastics.

These instruments matter because they shape how firms compete in a more regulated market. A company that can demonstrate compliance with eco-design, labeling, or green-industry benchmarks may be better positioned for procurement, large-brand partnerships, or future regulatory tightening. In that sense, standards policy is becoming a hidden industrial policy: it can shift competitive advantage toward firms that invest earlier in compliance and redesign.

• Policy Tensions and Contradictions

Although the policy architecture is becoming more sophisticated, it still contains tensions. The first tension is between industrial growth and environmental control. Indonesia wants a stronger petrochemical and plastics base, but it also wants lower waste leakage and more circular material use. In practice, these goals can conflict when cheap scale relies on difficult-to-recycle packaging formats.

The second tension is between import control and input access. The 2024 import-regulation episode showed that restrictions meant to protect local markets can backfire if they constrain raw materials for domestic manufacturers. The later easing for plastics and chemicals in 2025 showed the government recognizes that risk.

The third tension is between formal policy targets and implementation capacity. Indonesia has ambitious targets, such as the 70% marine plastic reduction target by 2025, but implementation depends on local government capability, waste-collection systems, producer compliance, informal-sector integration, and financing. Policy direction is now relatively clear; execution remains the harder part.

• Assessment of the Policy Environment

Overall, Indonesia’s government policy toward plastics is becoming more coherent, even if it is not yet fully consistent in execution. The country now has a recognizable framework consisting of:

• a national marine-debris strategy,
• an EPR-based producer roadmap,
• circular-economy planning for plastic packaging, and
• a more pragmatic trade-policy stance toward industrial raw materials.

From an industry perspective, this is a mixed but manageable environment. It is positive because it gives clearer direction and supports long-term investment in supply chains, recycling systems, and better packaging design. It is challenging because it raises compliance expectations and increases exposure to regulatory change, especially for firms dependent on problematic packaging formats or unstable import channels.

The government is no longer regulating plastics in a reactive, one-dimensional way. It is increasingly trying to build a policy regime that aligns trade, industry, and environmental objectives. The success of that approach will depend on whether ministries can maintain coordination and whether industry is willing to adapt faster than in the past.

Chapter 6: Potential Issues and Challenges

• Introduction

Indonesia’s plastic industry is not shaped only by market size and policy. It is also defined by a set of recurring business practices that have become standard across the value chain: heavy reliance on packaging demand, dependence on imported raw materials for part of the supply base, strong use of flexible and low-cost formats, coexistence of formal and informal recycling systems, and increasing pressure from brands and regulators to adopt circular-economy measures.

At the same time, the sector faces structural challenges that are not isolated problems but part of the industry’s operating model. These include feedstock vulnerability, margin pressure, uneven recycling economics, fragmented collection systems, compliance burdens, and persistent leakage of low-value plastic waste.

This chapter therefore focuses on two things: what companies in Indonesia’s plastic industry commonly do in practice, and why those practices create both competitive advantages and long-term risks. The main point is that the industry’s daily operating logic still favors cost efficiency and volume, while the policy and sustainability environment increasingly demands traceability, recyclability, and circularity. That gap explains many of the sector’s present difficulties.

• Common Practices in Indonesia’s Plastic Industry
  • Packaging-Led Production and Customer Concentration

The most common practice in Indonesia’s plastic industry is to orient production toward packaging, especially packaging linked to food and beverage, household products, and fast-moving consumer goods. This is a rational commercial response to the structure of domestic demand: packaging turns over quickly, consumer markets are large, and plastic remains one of the lowest-cost materials for preserving, transporting, and displaying products. In practice, this means many firms prioritize films, pouches, wraps, bottles, caps, and other packaging-related outputs over higher-value engineering plastics.

A related practice is customer concentration around large brand owners, distributors, and converters. Rather than serving a broad spread of niche industrial customers, many players align production planning with the requirements of major packaging buyers and FMCG supply chains. This favors high-volume, standardized output and reinforces the dominance of flexible packaging and commodity-grade polymers in the market.

• Heavy Use of Flexible and Low-Cost Formats

Another common practice is extensive use of flexible packaging and low-cost plastic formats. In Indonesia, sachets, multilayer pouches, thin films, and lightweight wrapping remain commercially attractive because they reduce unit cost, suit mass-market price points, and support broad consumer access. This is especially important in a market where affordable small-format retail is still economically significant.

From a business perspective, this practice is understandable. Flexible packaging is efficient in transport, cheap in material use, and adaptable to branding. But from a system perspective, it creates a major downstream challenge: many of these formats are difficult to collect, sort, and recycle economically, especially when contaminated or made from multilayer structures. That is why the same packaging model that drives commercial scale also contributes to circularity failure.

• Import Supplementation of Domestic Supply

A third common practice is routine supplementation of domestic supply with imported raw materials, resins, additives, and certain finished or semi-finished plastic products. Even where local production exists, many firms still rely on imports to secure the right grades, maintain continuity, or manage cost and specification requirements. Industry reporting in 2026 states that around half of plastic raw materials remain import-dependent, while broader system analysis continues to describe Indonesia as structurally reliant on outside supply for a large share of total demand.

In operational terms, this means procurement teams often manage dual supply strategies: domestic where possible, imported where necessary. It also means firms are sensitive to shipping disruptions, foreign exchange movements, and regulatory changes affecting import licensing. This practice has become normal precisely because the local supply base is still not fully sufficient across all products and grades.

• Reliance on the Informal Sector for Recovery

A fourth common practice is indirect dependence on the informal waste and recycling sector. In Indonesia, much of the collection and recovery of post-consumer plastic is performed by informal waste pickers, aggregators, and small intermediaries rather than fully integrated municipal or corporate systems. Policy and research sources consistently note that informal actors recover mainly higher-value materials such as PET and HDPE, while lower-value plastics are often left outside the recycling chain.

For industry, this creates a mixed outcome. On one hand, the informal sector performs a vital market function by making some recycling possible at lower public cost. On the other hand, reliance on informal recovery means feedstock quality is inconsistent, traceability is weaker, and collection rates are poor for low-value packaging. This limits the scalability of recycled-content strategies, especially for flexible formats.

• Incremental Circularity Rather Than Full System Redesign

Another common practice is incremental adaptation to circular-economy pressure rather than full redesign of business models. Many companies respond through small improvements: lightweighting, limited recycled content, pilot refill systems, or selective mono-material redesign. These are practical steps, but they are usually layered onto the existing packaging system rather than replacing it. Research on reuse in Indonesia notes that pilots and refill initiatives have emerged over the last several years, but they remain limited compared with the scale of single-use packaging in the mainstream market.

This gradual approach is commercially rational because full redesign is costly and risky. But it also means progress can be slow, especially when companies continue to depend on formats whose economics are strongest in linear, not circular, systems.

• Main Challenges Facing the Industry
  • Raw Material Dependence and Supply Vulnerability

One of the most important challenges is continued dependence on imported raw materials. This is not just a trade-statistics issue; it affects production continuity, cost control, and planning. In 2026, industry reporting linked Middle East tensions and supply disruptions to raw-material risk and sharply rising prices in Indonesia, while recent commentary also described packaging shortages caused by raw-material scarcity.

The challenge here is structural. If a large portion of raw materials must still come from outside Indonesia, then the industry remains exposed to freight volatility, geopolitical risk, energy-price shocks, and regulatory friction. Domestic demand may be strong, but supply resilience remains weaker than demand resilience.

• Low Recycling Economics for Low-Value Plastics

A second major challenge is that many of the plastics most widely used in Indonesia are the hardest to recycle profitably. Policy analysis from 2025 notes that informal waste workers focus mainly on high-value plastics such as PET and HDPE, while sachets and multilayer packaging usually go uncollected or unrecycled. This is one of the central contradictions of the Indonesian plastic economy: the packaging formats best suited to mass-market affordability are often the worst suited to recovery economics.

This matters because it prevents circularity from scaling evenly across the sector. High-value bottle streams may support recycling markets, but low-value flexible packaging remains a leakage problem. If packaging economics reward lightweight, composite, low-cost structures more than recyclable ones, the system will continue to produce material that has weak end-of-life value.

• Fragmented Collection and Waste Management Systems

Indonesia’s waste management system remains fragmented across municipalities, formal operators, informal collectors, and private initiatives. A systems assessment published in 2025 describes severe plastic-pollution pressure linked to inadequate waste management, while EPR-related references note that the national recycling rate remains low. This fragmentation makes it difficult to ensure consistent collection, sorting, and high-quality recycling feedstock.

For the plastics industry, this means that even when companies want to incorporate more recycled content or improve take-back systems, the infrastructure is often inconsistent. Collection volumes may be unstable, contamination may be high, and logistics may be expensive outside major urban corridors. The result is a circularity system that works unevenly by material and region.

• Rising Regulatory and Compliance Pressure

Another challenge is that regulatory expectations are becoming more demanding. Environmental concerns, EPR implementation, and circular-economy measures are increasing pressure on producers to redesign packaging, reduce waste, and improve compliance. Market reporting for 2026 explicitly identifies environmental concerns, stronger regulations, raw material costs, and limited recycling infrastructure as major restraints on the plastic packaging industry.

This creates a dual burden for firms. They must protect margins in a price-sensitive market while also investing in better materials, reporting systems, recovery partnerships, or packaging redesign. Larger firms may manage this more easily, but smaller converters and suppliers may find compliance costs harder to absorb.

• Margin Pressure and Commoditization

Much of Indonesia’s plastics sector, especially in packaging, remains exposed to commoditization. Products are often difficult to differentiate, competition is intense, and cost swings in resin or energy can quickly erode profitability. Packaging-market reporting highlights price pressure and the need for differentiation through quality or innovation, not just volume.

This is a serious issue because a commodity industry under environmental pressure has limited room to absorb new costs. If firms cannot pass through higher raw-material costs, compliance costs, or recycled-content costs, then their investment capacity weakens. That can delay modernization and make the industry more reactive than strategic.

• Poor Enforcement and Harmful End-of-Life Practices

A particularly serious challenge is weak enforcement around harmful end-of-life practices. Investigative reporting in 2025 documented the use of imported plastic waste as fuel in tofu production in East Java, despite bans on open waste burning, and linked this to toxic emissions, microplastic contamination, and poor control of contaminated waste streams. This shows that plastic policy problems in Indonesia are not only about formal recycling rates; they are also about weak enforcement and environmentally harmful informal disposal routes.

This matters to the industry because such practices damage the legitimacy of the entire plastics value chain. Even firms that operate formally can be affected by the reputational consequences of a system where some waste ends up burned, dumped, or leaked into the environment rather than being recovered safely.

• How the Industry Is Responding

Despite these challenges, the industry is not static. Recent developments suggest three broad response patterns.

The first is supply diversification. As raw-material risks have become more visible, industry commentary in 2026 points to diversification of sourcing and alternative feedstock strategies to keep production stable. This is a practical response to import dependence and geopolitical disruption.

The second is selective investment in circularity. Firms are exploring recycling, recycled-content packaging, and reuse models, but mostly where economics are manageable and collection systems are feasible. The reuse report and the circular-economy roadmap both suggest that alternatives are emerging, though not yet at the scale needed to displace the dominant single-use model.

The third is policy adaptation. Producers, industry associations, and ecosystem actors are increasingly engaging with EPR compliance, packaging reduction roadmaps, and industry events centered on plastic materials, additives, and technology. That indicates a sector that recognizes change is necessary, even if implementation is still uneven.

• Assessment

The most important assessment is that Indonesia’s plastic industry is operating with a business model that is still commercially effective but structurally stressed. It remains effective because packaging demand is large, customers still value low cost, and plastic remains highly functional. But it is stressed because that same model depends on imported materials, creates large volumes of low-value waste, and now faces stronger policy and social scrutiny.

In other words, the industry’s common practices are not random habits. They are rational responses to market conditions. The challenge is that the conditions around the industry are changing faster than some of those practices. What worked in a purely linear packaging economy is becoming less sustainable in a more circular and policy-driven environment.

• Conclusion

The common practice of Indonesia’s plastic industry is still built around packaging scale, cost efficiency, import supplementation, and partial reliance on informal recovery systems. These practices have supported rapid market growth, but they have also created structural vulnerabilities. The main challenges are raw-material dependence, weak recycling economics for low-value plastics, fragmented waste systems, compliance pressure, commoditized margins, and harmful end-of-life practices that undermine the legitimacy of the sector. The strategic implication is straightforward: the future competitiveness of Indonesia’s plastic industry will depend not only on expanding volume, but on whether the industry can shift from a low-cost linear model toward a more resilient, circular, and better-governed system. That is why benchmarking Indonesia against other countries is important in the next chapter.

Chapter 7: Benchmark and Common Practices

• Introduction

Benchmarking Indonesia’s plastic industry against other countries is important because it shows whether Indonesia’s current structure is normal for its level of development or whether it is lagging in specific areas. A useful comparison should not be limited to one metric. The right benchmark needs at least four dimensions: industrial structure, trade dependence, recycling and circularity performance, and policy maturity.

On those dimensions, Indonesia sits in a middle position. It is larger and more industrially relevant than many developing markets, but it is still weaker than the EU and the United States in regulatory sophistication and weaker than the most advanced Asian peers in effective recycling performance.

The OECD’s 2025 regional outlook states that effective plastic recycling rates in the Asia-Pacific region vary widely, and specifically places Indonesia at about 6%, while noting that Thailand is among the higher performers in the region and that the regional average effective recycling rate in the broader APT grouping was 12% in 2022.

The broad conclusion is that Indonesia’s main strengths are market size, downstream demand, and industrial relevance, while its main weaknesses are upstream dependence, low effective recycling, and incomplete implementation capacity.

By comparison, the EU leads in policy depth and packaging-recycling performance, the United States has large-scale industrial and consumer capacity but still underperforms the EU in plastics recycling, and several ASEAN peers are moving faster than Indonesia in selected circular-policy or recycling areas.

• Benchmarking Framework

Table 7.1. Benchmark Dimensions Used in This Chapter

This framework is appropriate because Indonesia’s core challenge is not a lack of demand. The challenge is converting large domestic demand into a more balanced industrial and circular system. That is why benchmark countries should be assessed not only by tonnage or GDP, but by how they connect production, trade, collection, recycling, and regulation.

• Indonesia versus ASEAN
  • Indonesia’s relative position in Southeast Asia

Within ASEAN, Indonesia is one of the largest plastics and packaging markets simply because of its domestic scale. That gives it an advantage in demand, investment attractiveness, and downstream manufacturing opportunity. But scale alone does not make it the strongest performer. The OECD’s 2025 regional plastics outlook indicates that Indonesia’s effective recycling rate is about 6%, placing it below the broader APT average and below the best regional performers, while explicitly noting that Thailand is among the countries with the highest recycling rates in the region.

This is an important benchmark result. Indonesia is a market leader in size, but not a leader in circular efficiency. In that sense, the country looks like a large-volume, lower-efficiency plastics economy. Thailand, by contrast, appears to be further ahead in organizing plastic-waste management outcomes, while Malaysia and Vietnam are showing stronger policy movement in selected areas such as national plastic roadmaps and EPR implementation.

• Thailand

Thailand is one of the most relevant ASEAN benchmarks because it combines a strong plastics manufacturing base with more visible national plastic-waste policy targets. The Roadmap on Plastic Waste Management 2018–2030, as cited in the 2025 Thailand plastic-policy profile, aims to reduce and eliminate certain problematic plastics, and refers to a goal of reusing or recycling all plastic waste by 2027.

The same profile notes that a Sustainable Packaging Act was presented to the Thai cabinet in 2024 and is planned for implementation from 2027 onward. Thailand also began piloting an EPR model in Chonburi in January 2024, with the intention of moving toward broader EPR implementation by 2027. Thailand’s importance as a benchmark is not that it has solved the plastics problem completely. It is that it appears to be moving faster than Indonesia in translating waste ambitions into more defined packaging and EPR mechanisms.

The OECD’s regional outlook further reinforces Thailand’s relative strength by placing it among the higher-performing recyclers in the region. That means Thailand benchmarks above Indonesia not necessarily in market size, but in policy-to-system conversion and effective recycling performance.

• Malaysia

Malaysia is a strong benchmark on the policy side because it already has a Plastics Sustainability Roadmap 2021–2030 with a specific target of reaching an average 25% national plastic recycling rate for locally generated post-consumer plastic packaging waste. In addition, Malaysia’s national recycling rate across materials reached 37.9% in 2024, according to SWCorp. That national figure is not plastics-only, so it should not be compared directly with Indonesia’s plastic-specific effective recycling rate. But it still suggests that Malaysia’s overall waste-recycling system is more advanced than Indonesia’s.

Malaysia is also a useful cautionary comparison. World Bank material on Malaysia’s plastic circularity notes fragmented waste-management arrangements, low enforcement, underutilization of local feedstock, and dependence on imported plastic waste and imported materials in parts of the system. So, Malaysia is not a perfect benchmark either. Still, compared with Indonesia, Malaysia appears to have a more explicit plastic-circularity roadmap and stronger overall recycling-system performance.

• Vietnam

Vietnam is especially relevant as a benchmark on EPR implementation. A regional EPR legal summary states that Vietnam has adopted a hybrid EPR model under its environmental framework, imposing recycling and treatment responsibilities on producers and importers of recyclable products and packaging. Additional 2025 reporting states that PRO Vietnam collected and recycled more than 64,000 tonnes of packaging in 2024, meeting 100% of the recycling volume authorized by its members.

Vietnam therefore appears stronger than Indonesia in one specific area: turning producer responsibility into operational packaging-recycling activity. Indonesia has an EPR framework and producer roadmaps, but the visible evidence from Vietnam suggests a more concrete producer-led recovery system at scale, at least in packaging. That does not mean Vietnam is stronger across the entire plastics chain. Indonesia is still larger as a market. But Vietnam is a serious benchmark in terms of compliance operationalization.

Table 7.2. Indonesia versus Selected ASEAN Peers

The ASEAN comparison shows that Indonesia’s problem is not absence of ambition. Rather, it is that market scale has advanced faster than circular-system performance. That is why countries with smaller markets can still outperform Indonesia on specific sustainability or recovery benchmarks.

• Indonesia versus the European Union

The EU is the strongest benchmark for policy maturity, packaging governance, and recycling performance. Eurostat reported that in 2023, the EU recycled 42.1% of all generated plastic packaging waste. Eurostat also reported that total plastic packaging waste generated in the EU in 2023 was 15.8 million tonnes, and the broader EU packaging system generated 79.7 million tonnes of packaging waste across all materials. In 2023, the EU’s circular material use rate reached 11.8%, meaning nearly 12% of materials used in the EU came from recycled materials.

This puts the EU far ahead of Indonesia on circular-policy effectiveness. Even though the EU benchmark cited here is specifically for plastic packaging waste while Indonesia’s OECD number is an effective plastic recycling rate, the gap is still directionally meaningful. Indonesia’s effective recycling rate of 6% sits far below the EU’s packaging-plastics recycling rate of 42.1%, which indicates a far more developed collection, sorting, compliance, and secondary-material ecosystem in Europe.

The EU also stands out because it increasingly treats plastics as part of a broader circular-material economy rather than a narrow waste-management problem. Eurostat’s reporting on secondary material prices shows that in 2024 the average price of secondary plastic material was €321 per tonne, illustrating that the EU has a more established market for secondary materials than countries where plastic recycling depends overwhelmingly on informal, low-value collection.

The practical benchmark lesson is that the EU has moved beyond “cleanup” and into market-making for circularity. Its advantage is not only higher recycling rates, but also stronger data systems, harmonized metrics, packaging-specific regulation, and a functioning market for recycled materials. Indonesia remains much earlier in that transition.

Table 7.3. Indonesia versus the EU

The main insight is that the EU is not the right benchmark if the question is low-cost mass-market packaging. But it is the right benchmark if the question is what a mature circular plastics system looks like. On that measure, Indonesia still has a wide gap to close.

• Indonesia versus the United States

The United States is a more complicated benchmark than the EU. It has enormous industrial scale, a massive consumer market, and strong petrochemical capability, but it does not perform like the EU on plastics recycling. The U.S. EPA states that the overall recycling rate for plastics in municipal solid waste was 8.7% in 2018. EPA also reports that in 2018 the recycling rate for PET bottles and jars was 29.1%, while HDPE natural bottles reached 29.3%. At the broader system level, EPA reports that the total municipal recycling and composting rate was 32.1% in 2018.

That means the United States, despite its industrial power, is not a model of high plastics circularity. Compared with Indonesia, the U.S. is still ahead in industrial depth, infrastructure capacity, technology, and state-level policy experimentation. But compared with the EU, the U.S. is much weaker in plastics recycling outcomes. This makes the U.S. a useful benchmark for Indonesia in a different way: it shows that large market size and petrochemical strength do not automatically produce high circularity.

The U.S. is, however, intensifying its policy response. EPA’s National Strategy to Prevent Plastic Pollution, published in late 2024, sets out a ten-year vision to reduce plastic pollution and sits alongside the agency’s National Recycling Strategy. EPA has also expanded the Solid Waste Infrastructure for Recycling grant program; the agency states that in 2023 and 2024 it awarded large rounds of grants across states, local governments, tribes, and territories, including roughly $32 million to states and territories, $68 million to local governments, and $60 million to tribes and intertribal consortia in the first round referenced on the page.

So, the U.S. benchmark is mixed. It is better than Indonesia in scale, capital availability, and infrastructure resources, but not dramatically stronger on plastic-recycling outcomes than one might expect for an advanced economy. Indonesia should therefore not copy the U.S. blindly. The better lesson is to combine U.S.-style industrial depth with EU-style circular-policy discipline.

Table 7.4. Indonesia versus the United States

The U.S. comparison helps clarify Indonesia’s position. Indonesia is behind in infrastructure and capital depth, but the gap in plastics recycling is not as vast as the gap to Europe. That suggests Indonesia’s biggest opportunity is to improve systems and implementation, not only to chase scale.

• Cross-Benchmark Synthesis

Table 7.5. Summary Benchmark: Indonesia, ASEAN Peers, EU, and USA

The synthesis is straightforward. Indonesia is not weak in market fundamentals, but it is still weak in turning those fundamentals into a high-performing plastics system. The EU leads on circularity and packaging governance. The

U.S. leads on industrial and infrastructure depth, though not on plastics recycling efficiency. Within ASEAN, Thailand, Malaysia, and Vietnam each outperform Indonesia in different sub-dimensions: Thailand in waste-roadmap progression, Malaysia in national waste-system maturity and plastic-roadmap clarity, and Vietnam in operational EPR delivery.

• What This Benchmark Means for Indonesia

The benchmark suggests Indonesia should avoid two mistakes. The first mistake would be to think that market size alone will solve the industry’s problems. It will not. The U.S. example shows that a huge industrial base can still coexist with weak plastics-recycling outcomes. The second mistake would be to think that the only solution is stricter environmental regulation without industrial strengthening. The EU’s experience shows that high recycling performance works best when policy, infrastructure, data, and secondary-material markets develop together.

Chapter 8: Writer’s Opinion

• Introduction

Indonesia’s plastic industry is not fundamentally weak. It is structurally important, commercially relevant, and supported by a domestic market large enough to justify serious upstream and downstream investment. The problem is not the absence of demand. The problem is that the industry has grown faster in volumethan in quality of structure. Indonesia already has a plastics market of around 7.37 million tons in 2025, yet it still runs a large HS 39 trade deficit and maintains a relatively low effective plastic recycling rate of around 6%. That combination shows an industry that is commercially large but still institutionally and structurally incomplete.

The most important conclusion, therefore, is that Indonesia does not need to debate whether plastics should exist. That debate is already outdated in an economy where food distribution, consumer packaging, construction materials, logistics, and manufacturing still depend heavily on plastics.

The real question is whether Indonesia can transform its plastic industry from a large linear system into a large but more integrated and circular system. The transformation is possible, but only if the country stops treating the industry’s problems as separate issues. Trade dependence, waste leakage, weak recycling economics, and packaging design are not separate issues. They are different symptoms of the same structural model.

• Indonesia’s Biggest Strength Is Its Market

The strongest asset Indonesia has is scale. Many countries try to build plastics or petrochemical industries without sufficient internal demand. Indonesia does not have that problem. Its domestic market is already large, and packaging demand is deep, recurring, and tied to broad-based consumption. That means Indonesia has the one thing that most industrial sectors need most: a market capable of absorbing capacity. In industrial terms, this is a major advantage because it reduces the risk that domestic production must rely entirely on exports to survive.

This matters because scale creates room for industrial upgrading. A country with a small market may not be able to support multiple resin producers, modern recycling plants, or broad EPR implementation. Indonesia, by contrast, is large enough to support all those things. Indonesia should stop thinking of itself as a peripheral plastics market and start behaving like a system-builder. The domestic market is already large enough to justify stronger local feedstock integration, better packaging standards, and more formal circularity infrastructure.

• Indonesia’s Biggest Weakness Is Not Waste Alone, but Structural Imbalance

A lot of discussion about plastic in Indonesia focuses on waste, especially marine debris and single-use packaging. That concern is valid, yet it is too narrow if treated in isolation. Waste is the visible outcome; the deeper weakness is structural imbalance. Indonesia has a large market, but insufficient upstream depth. It has large packaging demand, but poor recovery economics for the formats that dominate that demand. It has policy direction, but uneven implementation. It has domestic converters but still imports heavily under HS 39. This imbalance is the central weakness of the industry.

That is why the trade data matters so much. If Indonesia were merely facing a waste-management problem, the solution would be mostly municipal and environmental. But the fact that Indonesia still records a very large HS 39 deficit shows the problem is also industrial. The same country that struggles to manage plastic waste also still depends heavily on imported plastics and plastic materials. That means the issue is not simply “too much plastic.” It is “too much plastic in the wrong structural configuration.”

• The Current Business Model Is Rational, but No Longer Sufficient

Companies have good reasons to favor lightweight flexible packaging, low-cost formats, and imported supplementation of local supply. These practices match market demand, protect affordability, and preserve margins in highly competitive segments. In the short run, they are economically logical. The problem is that they are increasingly incompatible with the policy and environmental direction Indonesia has already chosen through marine debris targets, producer responsibility, and circular-economy roadmaps.

• The Most Important Strategic Priority Should Be Upstream Depth Plus Circular Discipline

If we had to identify the single most important strategic direction for Indonesia, it would be: deepen domestic upstream supply while imposing stronger circular discipline on downstream packaging. These two goals must move together. If Indonesia focuses only on upstream expansion, it may reduce import dependence but still worsen the flow of low-value, hard-to-recycle packaging. If it focuses only on waste reduction without strengthening domestic supply, it risks keeping converters dependent on imported materials and imported cost volatility. The better path is a dual strategy: make the local industry more self-reliant in raw materials while simultaneously making the packaging system more recyclable, more accountable, and more recoverable.

Thus, this is where many policy discussions become too fragmented. Trade officials talk about imports. Environmental officials talk about waste. Industry talks about competitiveness. But the future of the plastic industry depends on all three being solved together. A stronger domestic cracker base without packaging reform is incomplete. Packaging reform without stable material supply is also incomplete. Indonesia needs both.

• Indonesia Should Be Careful Not to Copy the Wrong Benchmark

Another point I would stress is that Indonesia should not blindly copy either Europe or the United States. Europe is strong on circularity, packaging governance, and recycled-material markets. That makes it a useful benchmark for long-term direction. But Europe’s systems operate in a much wealthier, more formal, and more infrastructure-dense environment. Indonesia cannot simply transplant EU-style expectations without adapting them to its own market structure.

The United States, meanwhile, is strong in industrial scale and petrochemicals, but not strong enough in plastics recycling to serve as a complete model. Indonesia should borrow selectively: EU-style rigor in metrics and packaging rules, U.S.-style ambition in infrastructure and industrial depth, and ASEAN-style pragmatism in rollout. This matters because benchmarking is often misunderstood. The goal is not imitation; the goal is intelligent adaptation. Indonesia’s mass-market retail structure, geographic complexity, and large informal sector make its plastics problem different from Europe’s.

• The Informal Sector Should Be Upgraded, Not Ignored

One of the most practical opinions about Indonesia’s plastics system is that the informal sector should be integrated and upgraded rather than treated as temporary or embarrassing. Informal waste pickers and aggregators already perform core collection and recovery functions, especially for valuable plastics. Ignoring that reality only weakens policy execution. A realistic circular system in Indonesia must formalize data, improve safety and traceability, and raise material quality, but it should do so by building on existing collection behavior rather than pretending the informal sector can be bypassed overnight.

One reason that Indonesia’s recycling outcomes remain weak is that the system has not yet been fully organized around the actual economics of collection. Low-value plastics are not left behind because people do not care; they are left behind because their recovery economics are poor. So, any serious reform must improve the economics, not just the rhetoric. That means producer funding, better design, stronger sorting, and more reliable end markets for recycled materials.

• Overall Judgment

The overall judgment is that Indonesia’s plastic industry is entering a decisive phase. It is no longer at the stage where growth alone can be considered success. The market is already large. The question now is whether the country can convert scale into resilience and efficiency. The winning strategy is not to choose one side of that argument, but to organize the industry so that its industrial value no longer depends on externalizing so much of its environmental cost. That is the real test of maturity for the sector.

The Indonesian plastic industry should not be judged by whether it grows bigger. It should be judged by whether it becomes more balanced. The domestic market is strong, the industrial opportunity is real, and the policy direction is increasingly clear. But the industry still suffers from a structural mismatch between demand, supply, packaging design, and end-of-life management. Chapter 9: Conclusion

Indonesia’s plastic industry has reached a stage where it should be treated as a strategic national industrial system rather than merely a packaging subsector or a waste-management problem. By 2025, the Indonesian plastics market was estimated at around 7.37 million tons, with continued growth projected through 2030.

Plastic packaging alone was estimated at USD 10.47 billion in 2025, which confirms that plastics are embedded deeply in Indonesia’s food distribution, consumer products, logistics, retail, and manufacturing base. In other words, the industry is already too large and too economically integrated to be discussed only in environmental terms. It must be understood as a core part of Indonesia’s industrial economy.

At the same time, the report shows that Indonesia’s plastics industry is still structurally unbalanced. It has strong downstream demand, but incomplete upstream supply depth. It has formal policy direction, but uneven execution. It has a large market, but still relatively weak circular performance.

The OECD’s 2025 regional outlook places Indonesia’s effective plastic recycling rate at around 6%, far below what would be expected from a market of Indonesia’s scale and well below the more mature performance seen in stronger benchmark systems. This means Indonesia’s plastics industry has succeeded in becoming large, but not yet in becoming efficient and balanced.

One of the clearest findings of the report is that Indonesia’s challenge is not demand creation. The market is already there. Demand for packaging, consumer plastics, industrial plastics, and plastic-linked manufacturing is already broad enough to support major domestic investment. The more difficult issue is how that demand is supplied and governed.

Chapter 3 showed that Indonesia’s production capacity is becoming stronger, especially with major investments in petrochemicals and polymer chains, but Chapter 4 showed that the country still runs a large trade imbalance in plastics and related materials. That means growth in demand has not yet been matched by sufficiently deep local material self-reliance. In practical terms, Indonesia remains a large plastics market whose industrial structure is still partly dependent on external supply.

That trade dependence matters because it changes the meaning of industrial growth. A country can have rising plastic consumption and still fail to capture enough domestic value if upstream materials, feedstocks, and specialized grades continue to come from abroad.

The 2025 trade data from BPS shows Indonesia’s total exports reached USD 282.91 billion and imports USD

241.86 billion, with manufacturing contributing to export performance; but in the context of plastics, earlier chapters showed that the sector’s own HS 39 balance remains in deficit. So, the report’s conclusion is not simply that the industry needs to “grow more.” It needs to convert more of its domestic market scale into domestic industrial value capture.

Another major conclusion is that packaging remains both the industry’s greatest strength and its greatest vulnerability. It is the industry’s strength because packaging is the largest and most reliable source of demand. It supports recurring consumption, high-volume production, and broad downstream manufacturing activity.

But it is also the industry’s vulnerability because the dominant packaging formats in Indonesia are often precisely the ones that are hardest to collect, sort, and recycle economically. This creates a structural contradiction: the most commercially scalable part of the market is also the part most exposed to policy pressure, public criticism, and circularity failure. That contradiction will shape the industry’s next decade more than any single price cycle or short-term market fluctuation.

The policy evidence reviewed in this report suggests that Indonesia is already aware of this contradiction. The state has clearly moved beyond treating plastics as only a manufacturing issue. Marine plastic reduction, producer responsibility, and circular economy policy are now part of the operating environment. The national circular economy roadmap for 2025–2045 and related policy instruments show that Indonesia increasingly wants a system based not just on more production, but on redesign, reuse, collection, and better end-of-life outcomes for packaging. That policy direction is significant because it means the future of the industry will be determined not only by market demand, but also by how quickly firms can adapt to a more accountable packaging regime.

This is why the benchmark chapter is so important to the conclusion. Compared with ASEAN peers, Indonesia is one of the largest plastics markets, but it does not yet lead in effective recycling, producer-responsibility execution, or packaging-system efficiency. Compared with the EU, the gap is even more pronounced. The EU recycled 42.1% of plastic packaging waste in 2023, while Indonesia’s effective recycling rate remains far lower.

Compared with the United States, Indonesia trails in industrial and infrastructure depth, but the U.S. itself is not an ideal plastics-circularity model. The benchmark therefore shows that Indonesia’s next step should not be imitation of one foreign model, but strategic adaptation: European-style discipline in packaging governance, stronger domestic industrial depth, and more realistic implementation suited to Indonesian conditions.

The challenge is not whether to include them, but how to improve traceability, material quality, labor conditions, and integration into a more formal recovery economy. In a market like Indonesia, circularity cannot be built only through formal policy documents and corporate commitments. It must also be built through the upgrading of the collection and sorting systems that already exist on the ground.

The report also suggests that Indonesia should be careful in how it defines success. In the past, success in the plastics industry could be measured largely by rising output, stronger packaging penetration, and higher industrial utilization. That is no longer enough.

For the next phase, success should be measured by a broader set of indicators: the extent of upstream supply substitution, the reduction of import fragility, the improvement of recyclability in packaging design, the growth of operational EPR systems, the quality and volume of recycled feedstock, and the reduction of leakage into unmanaged waste streams. In other words, the industry must now be judged by the quality of its structure, not only the size of its output.

From an industrial strategy perspective, the strongest conclusion is that Indonesia should pursue a dual transformation. The first side of that transformation is upstream strengthening: more local resin, feedstock, and materials capability so that demand growth translates into domestic value capture. The second side is downstream discipline: better packaging design, stronger producer responsibility, and more serious circular-economy implementation so that growth does not keep producing the same structural waste burden. These two sides must move together. Upstream expansion without circular reform would only deepen the volume of future waste.

So, the conclusion of this report is not anti-plastic and not pro-plastic without conditions. It is that Indonesia needs a more balanced plastic industry. The country already has the demand base and strategic relevance to remain a major plastics market in Southeast Asia.

What it still needs is stronger alignment between domestic production, trade structure, packaging design, and post-consumer recovery. If Indonesia can create that alignment, it can become not only one of the largest plastics markets in the region, but one of the most resilient and strategically coherent. If it cannot, then growth alone will only reproduce the same weaknesses at larger scale.

In that sense, the real test for Indonesia is no longer whether plastics will continue to matter economically. They will. The real test is whether the country can make that economic importance compatible with stronger industrial self-reliance and better environmental outcomes. That is the standard by which Indonesia’s plastics industry should be judged over the next decade.

Sources

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2. Peraturan BPK. Peraturan Menteri Perdagangan Nomor 8 Tahun 2024 tentang Perubahan Ketiga atas Peraturan Menteri Perdagangan Nomor 36 Tahun 2023 tentang Kebijakan dan Pengaturan Impor. Used for import-regulation analysis affecting plastics and industrial raw materials.
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