1、 Wide temperature resistance range, strong adaptability to extreme environments
Long term use temperature can be stable at -200 ℃~260 ℃, which can withstand both low-temperature freezing environment and high-temperature working conditions (such as high-temperature areas of chemical equipment and electronic component heat dissipation scenarios) without deformation, cracking or performance degradation.
Excellent thermal stability, able to maintain structural integrity even after repeated hot and cold alternation, without aging or deterioration problems.
2、 Wear resistant and pressure resistant, with superior mechanical performance
Compared to the disadvantage of insufficient wear resistance of ordinary PTFE plates,Modified PTFE boardBy filling wear-resistant fillers such as carbon fiber, graphite, and bronze powder, the friction coefficient is significantly reduced (as low as 0.01~0.05), and the wear resistance is improved by 3~5 times, making it suitable for sliding friction scenarios such as mechanical guides and seals.
Improved compressive strength, able to withstand larger loads (some models have compressive strength of 15-25MPa), less prone to deformation due to compression, and longer service life.
3、 Good chemical stability and corrosion resistance without any shortcomings
Inheriting the "corrosion resistance" characteristics of PTFE, it has no reaction to the vast majority of chemical media such as strong acids (hydrochloric acid, sulfuric acid), strong bases (sodium hydroxide, ammonia), organic solvents (ethanol, acetone), etc. It is insoluble and does not age, making it suitable for corrosive environments such as chemical engineering, electroplating, and environmental protection.
It does not react chemically with any substance, has no odor, is non-toxic, and can be used in food contact scenarios (must comply with relevant food grade standards).
4、 Sealed waterproof, reliable insulation performance
It has excellent sealing performance, high compression rebound rate, and can tightly adhere to the sealing surface, effectively preventing gas and liquid leakage. It is an ideal sealing material (such as pipeline interface and equipment flange sealing).
Strong waterproof, non absorbent, and non breathable; At the same time, it has excellent insulation performance and high dielectric strength, which can be used for insulation gaskets of electrical equipment and protection of electronic components.
5、 Stable size, easy processing and installation
Low coefficient of thermal expansion, small dimensional deviation (≤ 0.5%) within the temperature range, and will not cause installation gaps or structural misalignment due to temperature fluctuations.
It can be processed into any shape through conventional processes such as cutting, drilling, and stamping. No special tools are required for installation, and it can be directly attached or fixed to meet various working conditions.