Panasonic

Consumer electronics, energy systems, appliances and industrial products

Panasonic reports a 99.2% factory-waste recycling rate in FY2025 and 15 circular-economy businesses. Its FY2026 resources disclosure reports 17,100 tonnes of recycled resin used and makes the constraints explicit: virgin-resin pricing, stable supply, application-specific characteristics, factory adaptability and recycling technology. Public sources still do not identify a buyer-approved grade, part, qualification dataset or repeatable feedstock contract.

99.2% FY2025 factory-waste recycling rate

45,000 t Recycled resin used, FY2023 to FY2025

15 Circular-economy business models by FY2025

Open Grade, part and supply qualification

• Used home appliances and recoverable resin fractions
• Recycled resin, virgin resin, additives and component inputs
• Batteries and electronic assemblies requiring designed collection

Outputs and residuals to resolve

• Appliances, energy products and industrial equipment
• Recovered resin and reusable components
• Electronic, battery and nonconforming residual streams

First decision: Choose one appliance or industrial component and one recovered-resin stream. Establish polymer identity, contamination, mechanical properties, color, processing window, part performance, traceability and supply continuity before making a product-to-product claim.

Panasonic reports that its recycled-resin target fell short because of supply stability, application-specific properties, factory adaptability and recycling-technology gaps.

Product-to-product route

The company describes recovering resin from used refrigerators, air conditioners, washing machines and TVs for use in new products.

Design route

Its data book identifies component reuse, longer durability, easier battery removal and collection labels as resource-circulation measures.

Evidence boundary

Public sources support the stated practices and group-level metrics, not a particular resin grade, part number, plant allocation or customer approval.

Decision boundary

Panasonic's useful disclosure is not its recycling rate. It is the admission that recycled resin does not spread by mandate. It spreads when a recovered polymer can meet a particular component's requirements, reliably, at a factory that can run it.

This is a public screening map. It separates company-disclosed flows from open qualification work. It does not convert a destination into a buyer or an announced ambition into operating capacity.

Build one appliance-resin passport

A product-to-product claim needs a controlled material identity from discard through new part.

Next evidence: Appliance type, resin composition, additive screen, recovery route and batch record.

Use Panasonic's disclosed blockers as the test plan

The company already names the friction points. A real project should test them instead of reciting them.

Next evidence: Property target, supplier consistency, moldability, yield and plant-readiness assessment.

Separate component use from waste diversion

High factory recycling does not automatically prove closed-loop resin use in a product.

Next evidence: Named component, recycled-content method, performance data and production allocation.

• Sustainability Data Book 2025 Panasonic Holdings https://holdings.panasonic/global/corporate/sustainability/pdf/sdb2025e-eco.pdf
• Circular Economy Business Panasonic Holdings https://holdings.panasonic/global/corporate/sustainability/environment/resources/circular_economy_business.html
• Panasonic GREEN IMPACT goals Panasonic Holdings https://holdings.panasonic/global/corporate/panasonic-green-impact/challenge.html

• Current source · Resources and circular manufacturing

• Panasonic Holdings, official current disclosure. Added in the September 2026 evidence refresh. The source supports the bounded company-specific signal above and does not establish a buyer, supply agreement, ownership, operating control or customer qualification by itself.

• Open source →

Source hierarchy: filings and company disclosures first. The brief states what those sources support and leaves the unresolved plant, grade, permit, buyer and mass-balance questions explicit.

Panasonic has said exactly where circular resin work is breaking: supply, part-performance requirements, factory adaptability and recycling technology. That is not a failure of intent. It is the qualification agenda. The next useful working session starts with: Start with one appliance resin fraction and one new component. Establish polymer identity, contamination, mechanical properties, color, processing window, part performance and supply continuity before claiming a product-to-product loop.