In today’s world where fire hazards cannot be ignored, the performance of flame-retardant materials is directly related to the effectiveness of safety protection. Recently, a flame-retardant silicone rubber (HCR) that achieves high-efficiency flame retardancy with a thickness of just 2mm has quickly gained popularity in fields such as electronics, construction, and home appliances due to its outstanding comprehensive capabilities, providing enterprises with a new solution for creating safe and reliable flame-retardant products. What makes this silicone rubber most impressive is its dual advantages of "high-efficiency flame retardancy + halogen-free environmental protection". With a thin thickness of only 2mm, it can meet the V-0 flame-retardant standard—when the material is exposed to flames, it not only self-extinguishes in an extremely short time but also does not produce drippings that could ignite surrounding objects, effectively blocking the path of fire spread. More notably, it adopts a halogen-free formula, avoiding the problem of toxic gas release when traditional halogen-containing flame-retardant materials burn. While ensuring safety, it also protects the environment and human health, making it particularly suitable for scenarios with high air quality requirements such as indoor spaces and enclosed areas. Its high-strength characteristics give it an edge in durability. Many flame-retardant products need to be exposed to complex environments for a long time, such as fire-proof seals for outdoor buildings and flame-retardant casings for electrical equipment, which have extremely high requirements for material strength. This silicone rubber has a maximum tensile strength of 6.0MPa, enabling it to withstand large external forces without breaking; its elongation can reach up to 380%, allowing it to quickly rebound and return to its original shape even after being stretched and deformed; its tear strength is stably maintained at 12-14KN/m, with strong damage resistance, ensuring that the product’s flame-retardant performance and structural integrity are preserved for a long time. In the production process, its convenience is also highly prominent. Following the process parameters of "adding 1% of 50% DCP (dicumyl peroxide) curing agent and heating at 175℃ under 15MPa for 5 minutes", it can achieve rapid curing. It is compatible with automated production lines, significantly shortening the production cycle. At the same time, it has passed the RoHS test, ensuring material compliance. Enterprises do not need to worry about product export or market access being affected by environmental protection issues, reducing production risks. In terms of product models, HTV-8550 to HTV-8580 each have their own focuses: HTV-8550 has excellent elasticity, suitable for making flame-retardant components that require frequent deformation; HTV-8560 and HTV-8570 have balanced performance, adapting to most general scenarios; HTV-8580 has the highest hardness, suitable for products with high requirements for structural stability. This diversified range of options allows this silicone rubber to accurately match the production needs of different industries, inject more "confidence" into the safety protection field, and help enterprises create flame-retardant products that are more recognized by the market.