ThermoSil Pads#23

ThermoSil Pads#23 is a premium low stress, low density honeycomb silicone foam material engineered for superior compression set resistance. This advanced material outperforms traditional carbon-based foams with its exceptional temperature resistance range from -55°C to 200°C and high flame retardancy rating (V-0). The unique honeycomb structure provides optimal cushioning and support while maintaining dimensional stability under compression. With excellent aging resistance and weatherability, ThermoSil Pads#23 delivers reliable performance in demanding environments, making it the ideal choice for critical applications requiring cushioning, support, isolation, protection, insulation, and fire resistance across multiple industries.

Superior flame retardancy and fire resistance with V-0 rating for enhanced safety

Exceptional compression set resistance (≤5.0%) and creep resistance for long-term dimensional stability

Outstanding thermal performance with continuous operation capability from -55°C to 200°C

Excellent electrical insulation properties with dielectric strength ≥2.2 kV/mm

Low density (0.32±0.04 g/cm³) honeycomb structure for optimal cushioning

Compression force deflection of 45±10 kPa at 25% deformation

High tensile strength (≥0.3 MPa) and elongation (≥80%) for durability

Volume resistivity ≥1.0*10¹⁴ Ω·cm for superior electrical isolation

Thermal conductivity of 0.07±0.01 W/(m·K) for effective thermal management

Environmentally compliant with RoHS, REACH, and ELV standards

Thermal insulation in high-temperature electronic components and systems

Vibration damping and shock absorption in precision equipment

Gap filling and thermal interface material in electronics assemblies

Fire barriers and flame retardant cushioning in transportation systems

Electrical insulation in high-voltage applications

Sealing and gasketing in extreme temperature environments

Cushioning and support in aerospace and defense equipment

Protective padding in medical devices and equipment

Noise reduction and acoustic isolation in industrial machinery

Thermal management in automotive electronic control units