In an era where fire safety and environmental sustainability are paramount, Low Smoke Zero Halogen material has emerged as a superior alternative to traditional halogenated polymers. As industries from rail transit to 5G communications demand safer, high-performance materials, ATP Polymer Technology stands at the forefront, pioneering LSZH solutions that combine cutting-edge innovation with rigorous safety standards.
Traditional halogenated materials like PVC release toxic fumes (e.g., hydrogen chloride and dioxins) when burned, endangering lives and damaging sensitive electronics. LSZH materials eliminate these risks by producing minimal smoke and zero halogen-based gases, making them indispensable for confined spaces such as subways, hospitals, and data centers. ATP's LSZH compounds are engineered to meet EU CPR and GB31247 flame retardancy standards, ensuring compliance with global regulations.
Unlike PVC, which emits corrosive smoke and accelerates fire hazards, LSZH materials offer 90% less smoke emission and maintain circuit integrity longer during fires—critical for emergency systems. Industries like rail transit and aerospace increasingly ban PVC cables in favor of LSZH due to its non-toxic combustion properties. ATP's formulations also excel in mechanical strength and environmental resistance, proving that safety doesn't compromise performance.
ATP's expertise stems from its CNAS-certified laboratory and R&D team, which includes polymer specialists from elite institutions like the Chinese Academy of Sciences. With state-of-the-art testing equipment, ATP ensures its LSZH materials meet CPR and GB31247 requirements while pushing boundaries in thermal stability and flame retardancy. This commitment to innovation positions LSZH as the material of choice for next-gen applications.
From new energy vehicles to 5G infrastructure, ATP's LSZH materials are reshaping industries. In rail transit, they enhance evacuation safety; in medical devices, they prevent toxic exposure. Even military aerospace and smart wearables rely on ATP's LSZH for lightweight, durable, and hazard-free performance. With an annual production capacity of 12,000 tons, ATP is scaling LSZH adoption worldwide.
As fire safety regulations tighten and sustainability gains priority, LSZH materials are no longer optional—they're essential. ATP Polymer Technology's halogen-free, low-smoke solutions set a new benchmark, merging safety, compliance, and innovation to power the future of polymer applications.
