SPA-SP035 Thermal Conductive Insulation Sheet | 3.5W/m·K Boron Nitride | TOUSEN

The ​SPA-SP035 Thermal Conductive Insulation Sheet​ represents an advanced ​electrical insulation material​ engineered for applications requiring simultaneous thermal management and electrical isolation. This innovative ​boron nitride filled silicone​ composite achieves an optimal balance of 3.5W/(m·K) thermal conductivity and reliable dielectric properties, making it ideal for modern electronic designs. The ​SPA-SP035 insulation sheet​ features an ultra-thin profile (0.25-0.50mm) with exceptional flexibility and mechanical strength, allowing for easy integration into compact spaces while maintaining structural integrity. With its high breakdown voltage (>4kV) and volume resistivity (>10¹⁴ ohm-cm), this ​thermal conductive insulation sheet​ provides essential protection in high-voltage environments while efficiently transferring heat away from critical components.
Performance Advantages and Application Scenarios
The ​SPA-SP035 thermal conductive insulation sheet​ demonstrates remarkable performance across various demanding applications, particularly in battery packaging systems and high-power electrical equipment. Its low thermal impedance (0.21-0.40°C·in²/W @50psi) ensures efficient heat dissipation from battery cells and power modules, significantly enhancing thermal management in electric vehicle battery packs and energy storage systems. This ​electrical insulation material​ maintains stable performance across a wide temperature range from -60°C to 200°C, with UL 94 V-0 flame rating certification for enhanced safety in high-power applications. The ​boron nitride filled silicone​ formulation offers excellent dielectric properties with a dielectric constant below 4.50, making the ​SPA-SP035 insulation sheet​ particularly suitable for high-frequency communication equipment and high-voltage power supplies. Available with optional adhesive backing and custom die-cut configurations, this ​thermal conductive insulation sheet​ can be tailored to specific design requireme