Rogers Fireproof Silicone Foam

Rogers Fire ResistantSilicone Foamis a fire resistant foam material that can withstand extreme heat. Fireproof Silicone Foam is a high performance specialty silicone foam that protects sensitive components from fire damage. Also prevent the flame from spreading to other areas. Silicone foam is often used to wrap cables or electronic components, and it can also be used as fire curtains, blankets on airplanes or in firefighting clothing.
Features and advantages of FPC fireproof silicone foam
• Thickness 0.063-0.250 inches
• Provides good arc resistance
• Provides longer protection for each area
•Made of silicone elastomer directly compounded with fiberglass reinforcement
•Sustainable temperature resistance from -55°C to 200°C (-67° to 392°F)
• Intermittent flame resistance from -250°C to 1038°C (-482° to 1900°F)
• FPC can discharge low-concentration smoke and poisonous gas, very suitable for aircraft or rail car cabin
• Combines flexibility and durability to provide good tear resistance
• High and low temperature resistance, can work for a long time at -50--250°C
• Flame retardant and fireproof profiles, UL94-V0 certified
Application range
•Mobile phone speakers, power modules, lampshade seals, automobiles, electronic equipment and computer communication equipment and other industries
• Fixed bonding and protection of electronic products, cameras, speakers, liquid crystal displays, signs, etc.
•Battery, the filling barrier between the connectors is pressed tightly
•Applications of flame retardant and heat insulation for computers and electronic equipment
Application field
Rogers fire-resistant silicone foam is widely used in cushioning of new energy vehicles, electronic equipment, and aerospace and rail vehicle interiors. Built for durability and reliability, it's built to last. The fireproof silicone foam material has outstanding resilience, good vibration reduction and impact absorption performance, and excellent waterproof sealing effect. Available in a wide range of durometers and thicknesses, they are easily compressible for applications requiring high flexibility.