BISCO® 7130 Silicone Sponge
Rogers BISCO® 7130 Silicone Sponge is a soft-grade, closed-cell silicone material engineered for flame-resistant gasketing, sealing, and environmental protection in high-performance applications. Designed to meet the stringent BMS 1-60 Type 1, Grade A specification, BISCO 7130 provides outstanding flame resistance, low compression set, and consistent sealing under long-term compression.
Application Ideas: Gap filling, gasketing and sealing, HEV enclosures, LCDs, shock absorbers, sound blocking, spacers and bin liners, and thermal solutions.
Temperature Resistance: -55°C to 204°C (-67 to 400 °F)
BISCO® 7304 Silicone Sponge
Rogers BISCO® 7304 Silicone Sponge is a medium-density, closed-cell silicone sponge material designed for high-performance gasketing, sealing, and thermal insulation applications. With its balance of softness and mechanical durability, BISCO 7304 provides flame resistance, temperature stability, and environmental resilience.
Application Ideas: Gap filling, gasketing and sealing, HEV enclosures, LCDs, shock absorbers, sound blocking, spacers and bin liners, and thermal solutions.
Temperature Resistance: -55°C to 232°C (-67°F to 450°F)
BISCO® 7330 Silicone Sponge
Rogers BISCO® 7330 Silicone Sponge is a medium-density, flame-resistant closed-cell silicone sponge engineered for high-reliability gasketing, thermal insulation, and sealing in harsh environments.
Application Ideas: Gap filling, gasketing and sealing, HEV enclosures, LCDs, shock absorbers, sound blocking, spacers and bin liners, and thermal solutions.
Temperature Resistance: -55° to 232°C (-67° to 450°F)
BISCO® 7430 Silicone Sponge
Rogers BISCO® 7430 Silicone Sponge is a firm-grade, closed-cell silicone sponge engineered for flame-resistant gasketing, thermal insulation, and sealing in extreme environments.
Application Ideas: Gap filling, gasketing and sealing, HEV enclosures, LCDs, shock absorbers, sound blocking, spacers and bin liners, and thermal solutions.
Temperature Resistance: -55° to 204°C (-67° to 400°F)