Indonesia BPOM Mandates Soil Degradation Period & Heavy Metal Limits on Biodegradable Air Cushions

Indonesia’s National Agency of Drug and Food Control (BPOM) has introduced new regulatory requirements for imported biodegradable air cushions—effective following the issuance of PERMEN BPOM No. 22/2026 on 26 May 2026. The exact event date of implementation or enforcement was not specified, but the regulation directly impacts packaging exporters, converters, and supply chain stakeholders serving the Indonesian market. This measure reflects tightening environmental compliance expectations for single-use protective packaging under BPOM’s expanded oversight scope.

New Labeling Requirements Under PERMEN BPOM No. 22/2026

On 26 May 2026, BPOM issued Regulation No. 22/2026, mandating that all imported biodegradable air cushions must display, on the smallest retail unit, two specific data points: (1) the number of days required for complete soil degradation; and (2) measured concentrations—expressed in mg/kg—of lead (Pb), cadmium (Cd), mercury (Hg), and hexavalent chromium (Cr⁶⁺). Non-compliant products will be denied customs clearance.

Impact Across the Packaging Value Chain

Exporters and international trading companies

These entities face immediate customs risk: failure to include verified degradation timelines and certified heavy metal test results on primary packaging renders shipments ineligible for release. Documentation alignment—including commercial invoices, packing lists, and product labels—must now reflect BPOM’s dual-labeling requirement before shipment.

Raw material suppliers and polymer formulators

Suppliers must provide traceable, batch-specific test reports confirming compliance with the four heavy metal limits and validated soil degradation performance. Formulations previously certified only for industrial composting or marine degradation no longer suffice without soil-specific validation data.

Manufacturers and converters

Production lines must integrate label printing capabilities capable of accommodating dynamic, product-specific values—not generic claims. Quality control protocols now require pre-shipment verification of both label accuracy and test report authenticity against BPOM’s criteria.

Logistics and compliance service providers

Third-party certification bodies, labeling consultants, and customs brokers must update their advisory frameworks to include BPOM’s soil-degradation metric and heavy metal reporting format. Verification workflows now extend beyond standard ISO 17025 lab accreditation to include BPOM-recognized soil testing methodologies.

Key Compliance Actions for Affected Businesses

Update labeling systems for real-time, unit-level data integration

Labels must show actual measured values—not ranges or best-case estimates—for both degradation period and each of the four regulated metals. Systems must support rapid revision when formulation or sourcing changes occur.

Secure BPOM-aligned soil degradation validation reports

Testing must follow standardized soil burial protocols (e.g., ISO 17556 or equivalent national methods accepted by BPOM), with full documentation of soil type, temperature, moisture, and microbial activity during trials.

Verify heavy metal testing against BPOM’s specified detection limits and units

Reports must list Pb, Cd, Hg, and Cr⁶⁺ individually in mg/kg, using accredited laboratories recognized under BPOM’s current laboratory approval framework. Screening-only certificates (e.g., RoHS summaries) are insufficient.

Review supplier contracts and quality agreements

Upstream agreements must now explicitly assign responsibility for generating, updating, and certifying both degradation and heavy metal data—ensuring traceability from resin to finished cushion.

Industry Observation: A Shift Toward Soil-Specific Environmental Accountability

Analysis shows this regulation marks a notable departure from generic ‘biodegradable’ claims toward quantifiable, environment-contextual performance metrics. From an industry perspective, BPOM is effectively elevating soil as a distinct exposure pathway—requiring data that reflects real-world conditions rather than controlled industrial settings. What deserves closer attention is how this may catalyze harmonization efforts across ASEAN markets, where similar soil-focused standards could emerge. It is more appropriate to understand this as a technical barrier refinement—not merely a labeling update—but one that demands tighter integration between R&D, testing, and regulatory affairs functions.

Strategic Implications for Global Packaging Suppliers

This regulation underscores a broader trend: environmental compliance is increasingly tied to location-specific biodegradation pathways and toxicological thresholds—not just material origin or end-of-life category. For manufacturers, it signals the need to diversify validation portfolios beyond composting certifications and invest in soil-relevant analytical capacity. For buyers, it introduces new due diligence layers in supplier qualification—particularly where multi-market export strategies are involved. The shift does not eliminate market access, but recalibrates the cost and timeline of readiness.

Source Information and Verification Notes

This article is based exclusively on the user-provided title, event date (26 May 2026), and summary describing PERMEN BPOM No. 22/2026. Specific official source links were not provided in the input and should be verified continuously. Stakeholders are advised to monitor BPOM’s official portal for subsequent guidance on approved testing methods, transitional arrangements, label formatting specifications, and enforcement timelines—none of which were included in the original input.