Delrin releases the world’s first Delrin RA certified zero carbon footprint homopolymer

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On April 21, Delrin, the world's leading supplier of high-performance engineering materials, officially released a new series of sustainable material solutions on the first day of CHINAPLAS 2026. Among them, Delrin ZA-certified zero-carbon footprint homopolymer is the world's first and only similar product on the market. It achieves "cradle to gate" zero-carbon footprint with real process emission reduction and sets a new benchmark for the sustainable development of engineering plastics. The core highlight of this release - Delrin ZA certified zero-carbon footprint homopolymer is the industry's first polyacetal material that does not rely on carbon offsets and achieves "cradle to gate" zero-carbon footprint through emission reduction through a full-link process. Its emission reduction path is clear and verifiable, using extremely low carbon footprint methanol as the core raw material, using 100% renewable electricity and renewable steam energy throughout the production process, and relying on the ISCC+ certified quality balance system to ensure traceability of emission reduction data. The key advantage is that this product is completely consistent with traditional petrochemical-based Delrin homopolymer in terms of molecular structure, physical properties, mechanical strength, fatigue and creep performance, processing behavior and long-term reliability. Customers can achieve immediate replacement without redesigning the product or changing processing conditions. The Delrin sustainable solution series adopts differentiated technical routes to provide enterprises with flexible, low-cost carbon reduction options and form a systematic solution. Among them, the Delrin RA certified renewable series is based on the ISCC+ certified bio-based mass balance method. The raw materials are taken from second-generation biomass such as agricultural waste and do not compete with food production, helping customers reduce Scope3 emissions. ； The Delrin RE certified renewable power series is produced with 100% certified renewable power and has a low cost premium, making it an entry-level choice for enterprises in their low-carbon transformation. ； The Delrin CC carbon dioxide capture series uses methanol converted from industrial exhaust gas capture CO₂ as raw material to achieve "carbon recovery and reuse" and significantly reduce dependence on fossil carbon. ； The Delrin ZA certified zero-carbon footprint series integrates extremely low-carbon raw materials, renewable energy and mass balance systems, making it the highest carbon reduction solution currently available. The full range of sustainable products are seamless replacements for traditional petrochemical-based products. They not only maintain completely consistent mechanical properties, quality standards and processing performance, but also completely inherit Delrin's natural advantages - high durability, lightweight, low friction coefficient and ultra-long service life. They meet sustainable goals without sacrificing the core value of the product. This new product launch is a key implementation of Delrin’s 2030 global emissions reduction strategy. By converting the emission reduction results in energy, raw materials and manufacturing links into material solutions that can directly help customers reduce Scope3 emissions, Delrin is using product innovation to promote low-carbonization of the entire value chain and help the industry achieve sustainable development goals. Delrin is the world's leading supplier of high-performance engineering materials, focusing on the R&D, production and application of engineering plastics such as homopolyoxymethylene (POM). With its excellent mechanical properties, processability and reliability, it is widely used in automobiles, electronics and electrical, industrial manufacturing and other fields. The company drives sustainable development with innovation and is committed to providing low-carbon and efficient solutions to global customers through breakthroughs in material technology.