Thermal stability and flame retardancy
Hot deformation temperature>260 ℃, continuously withstand high temperature environment of 150 ℃
Through UL94 V-0 highest flame retardant certification, providing intrinsic safety protection
Maintain material integrity in extreme temperature scenarios to ensure the safety of core components such as battery packs
Chemical corrosion resistance
Excellent medium resistance, able to resist chemical corrosion from fuel, coolant, battery electrolyte, etc
• Maintain long-term stability under complex working conditions and extend the service life of key components
Mechanical strength and creep resistance
• Maintain rigidity at high temperatures (>260 ℃ without deformation), with superior creep resistance compared to similar products
Maintain structural stability in high load scenarios and adapt to the design requirements of precision connectors
Reduce density by 40% compared to metal, achieving a breakthrough in lightweight design
Electrical performance stability
The dielectric constant/loss factor remains stable over a wide temperature range of -40 ℃ to 200 ℃
Excellent arc resistance performance (CTI>600V) ensures the reliability of signal transmission in high-voltage electrical systems
Processing and Cost Advantages
Low shrinkage rate (<0.3%)+high fluidity, supporting thin-walled precision injection molding
Processing accuracy of ± 0.02mm, suitable for automated production needs
Compared to metal solutions, it reduces system costs by 30% and has outstanding cost-effectiveness
Core advantages:
High temperature tolerance | Chemical defense | Precision molding | Thermal stability | Lightweight design
