PTFE FILLED GRADE & PTFE

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PTFE FILLED GRADE & PTFE

PTFE and filled-grade PTFE are high-performance engineering polymers known for chemical stability, weather resistance, thermal endurance, electrical insulation, and extremely low friction. Their non-stick nature and reliability under harsh conditions make them ideal for demanding industrial environments where consistent performance and long service life are essential.

These properties enable widespread use across chemical, pharmaceutical, power, railway, and precision engineering industries.

15% Glass Filled & 5% MoS2 Filled PTFE

MoS2 acts as an effective dry lubricant, reducing friction and wear, while glass fibers enhance strength without compromising chemical or electrical stability.

This PTFE grade is widely used in hydraulic and pneumatic reciprocating seals, manufactured with 15% glass and 5% MoS2.

60% Bronze Filled PTFE

We manufacture and supply 60% bronze-filled PTFE, offering enhanced wear resistance, thermal conductivity, and creep strength while retaining low friction.

This material performs well under high loads and speeds but is unsuitable for chemical or electrical applications.

25% Glass Filled PTFE

Glass-filled PTFE, typically reinforced with 15% or 25% short fibers, improves creep resistance, compressive strength, and insulation without significantly affecting chemical stability.

While resistant to acids and oxidation, it may react with alkalis and can be abrasive to softer mating surfaces.

15% Graphite Filled PTFE

Glass-filled PTFE, typically reinforced with 15% or 25% short fibers, improves creep resistance, compressive strength, and insulation without significantly affecting chemical stability.

While resistant to acids and oxidation, it may react with alkalis and can be abrasive to softer mating surfaces.

25% Carbon Filled PTFE

Mechline Polymers manufactures and supplies 25% carbon-filled PTFE components in various sizes for demanding industrial applications.

This grade delivers excellent wear resistance, chemical stability, load-bearing capability, and adjustable electrical conductivity through controlled carbon content.