Shenzhen Petersburg Composite Materials Co., Ltd

Our flame-retardant insulation board is designed to meet the stringent requirements of home appliances and electric vehicles for thermal management and electrical insulation. It uses precision hot-pressing technology to combine glass fiber, inorganic binders and a variety of composite fillers to form a lightweight, plastic, economical and efficient insulation solution. It not only combines ultra-low thermal conductivity and excellent flame retardancy, but also demonstrates excellent molding and integration capabilities in complex applications. Excellent thermal performance, reducing energy consumption and costs. Thermal conductivity as low as 0.025 W/m·K, effectively inhibiting heat transfer. Better insulation effect than traditional mica boards, with better cost-effectiveness. Improve the energy utilization of electrical appliances or equipment, extend operating time and life. Excellent flame retardancy and electrical insulation. Meet the V0 flame retardant standard to meet the fire safety requirements of high-temperature electrical equipment. Excellent insulation performance, prevent arc breakdown and thermal short circuit, suitable for battery packs and heating components. Anti-aging and corrosion resistance, stable operation in humid or chemical environments. Flexible adaptation, support for customized applications in multiple scenarios. Plastic structure design, easy to stamp, cut and mold, suitable for irregular spaces and various structural shapes. Provide a variety of thicknesses (such as 1mm-20mm) and specifications to meet personalized engineering needs. Strong compatibility, easy to integrate into existing home appliance structures, electric vehicle components or HVAC equipment. Typical application scenarios: Electric vehicle thermal management system: thermal insulation partitions between battery packs, Household appliances: Internal insulation pads for electric kettles, ovens, toasters, etc., HVAC equipment: Thermal insulation protective layer for air ducts, compression chambers and high temperature areas, High-voltage electrical equipment: Electrical insulation and thermal shielding of the shell, Building fire insulation: Used as a thermal barrier such as fire wall panels and linings between pipes.