PFAParticlesExtensiveShouldIt is used in electrical, electronic, chemical, aviation, mechanical and other industrial fields, as well as rocket, missile, aerospace and other scientific and technological and defense industries. It basically appliesPTFEIt can produce products with complex shapes and difficult to process.

  （1) Excellent plasticity:PFAParticleshasPTFEAt high temperatures, its mechanical strength is higherFEPIt is also a fluorocarbon polymer with excellent melt fluidity. The resin can be processed directly into the product by conventional thermoplastic molding methods.

  （2) Excellent corrosion resistance: most chemicals will not damagePFAParticles, its chemical resistance andPTFESimilar, and better than vinylidene fluoride.

  （3) In a large temperature range, it can maintain its mechanical strength: from extremely low to extremely high temperatures,PFACan maintain its flexibility without reducing its toughness, and can be used continuouslyPFAThe maximum temperature260°C, andPTFESimilarly, this is the highest continuous use temperature of all fluorocarbon polymers.

  （4) Excellent electrical characteristics: In a wide frequency range, the dielectric constant is low and stable. The insulation loss coefficient is very low and stable over a wide temperature and frequency range. High volume resistivity. Very high insulation breakdown strength.

  （5) Non-combustible:PFAParticles,PTFEandFEPAll are non-flammable polymers. limiting oxygen index greater95%, the fire rating isUL94 V0.

  （6) Good weather resistance: even if exposed to wind and rain for a long time,PFAParticlesThe unique properties will not change.

  （7) Non-stick, low friction:PFAParticlesIt is not sticky, has the ability to resist water, oil and other substances, and has a smooth surface.