Shenzhen Petersburg Composite Materials Co., Ltd

This high-performance flame-retardant insulation board adopts advanced composite technology and is designed for high-temperature environments and electrical insulation requirements. It is widely used in household appliances, electric vehicles, electrical control systems, etc. The product has low thermal conductivity, strong flame retardant performance, and flexible processing. It is an ideal alternative material for traditional mica boards.

Excellent thermal insulation and high temperature resistance
Low thermal conductivity of only 0.025 W/m·K: Effectively inhibit heat conduction and significantly improve energy efficiency
Working temperature up to 350°C, instantaneous temperature resistance up to 600°C: suitable for extremely high temperature equipment
Stable performance: The structure does not deform, carbonize, or fail under long-term high-temperature operation

Strong flame retardancy to ensure electricity safety
Excellent flame retardancy: Effectively inhibit the spread of flames and improve the overall fire protection level
Reliable electrical insulation: Strong anti-puncture performance to ensure the safe operation of electrical systems
Moisture-proof and anti-corrosion: Stable operation in corrosive environments such as high humidity, salt spray, acid and alkali

Excellent processing performance, suitable for a variety of applications
Support cutting, stamping, drilling, and bending: Suitable for complex part design
Multi-specification customization support: Thickness and size can be flexibly processed according to needs
Economical mica board substitute: Both performance and cost advantages, suitable for large-scale applications

[Typical application scenarios]
Household appliances: water heaters, induction cookers, microwave ovens, disinfection cabinets
New energy vehicles: battery pack insulation, electrical control system insulation
Industrial control cabinets: high-voltage equipment, power system thermal protection and electrical insulation
Intelligent manufacturing: Internal thermal management of robots, sensors, and inverters