Flame Retardant EcoFlame B-971 Decabromodiphenyl Ethane(8010/ FR-2100R/ FR-1410) for engineering plastics

EcoFlame B-971 (Decabromodiphenyl Ethane), recognized under industry codes 8010, FR-2100R, and FR-1410, is a premium thermally stable brominated flame retardant specifically engineered for demanding polymer applications. With its high bromine content and exceptional thermal stability—withstanding processing temperatures up to 320°C—it delivers outstanding flame retardant efficiency. The optimized particle morphology ensures excellent dispersion and processing characteristics across various manufacturing systems.

This versatile flame retardant demonstrates broad applicability in styrenic polymers including HIPS and EPS, engineering thermoplastics such as PBT, nylon, and polycarbonate blends, plus wire and cable coatings and specialized elastomers. Its minimal blooming characteristics preserve both mechanical performance and aesthetic quality in demanding applications. Furthermore, EcoFlame B-971 maintains excellent compatibility with recyclable material systems, actively supporting circular economy initiatives and sustainable manufacturing practices throughout the plastics value chain.

Formulated as an environmentally responsible alternative to decaBDE, the product exhibits low acute toxicity, non-teratogenic properties, and full compliance with stringent European dioxin regulations. It is particularly valued in electronics enclosures, automotive components, construction materials, and cable insulation applications where uncompromising fire safety, regulatory compliance, and long-term durability are essential for global market acceptance.

EcoFlame B-971 provides reliable flame retardancy without compromising key mechanical properties, enabling manufacturers to consistently meet international safety standards including UL94 V-0, ROHS, while advancing sustainable production practices. Available as a free-flowing white powder with customizable packaging options, this advanced flame retardant represents the optimal balance of performance, regulatory compliance, and environmental responsibility for next-generation polymer applications across global markets.