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PTFE 25% Carbon Rod

PTFE 25% Carbon Rod is a high performance, synthetic fluoropolymer with the carbon fibre greatly improving by a notable margin characteristics including electrical properties, deformation strength and wear and abrasion resistance.

Carbon is a brittle material itself, having poor wear properties and mechanical strength. The resulting material after the mixture of PTFE and carbon fibers, however, has excellent mechanical and wear properties. Carbon Filled PTFE formulation offer excellent friction properties and the 25% carbon filled PTFE rods are an excellent choice for seals and rings in dynamic and high pressure applications.

Carbon filled PTFE also offers good thermal conductivity and low permeability, making it a good choice for anti-static applications.

Typical fields of application for PTFE carbon filled rods include aerospace industries, electrical and electronic industries and automotive industries.

- PTFE products have excellent dielectric performances in a wide range of frequencies and temperatures. The dielectric strength changes according to the thickness and decreases when the frequency increases, with no substantial alterations up to 260°C.

- PTFE is practically inert to all chemical products, except for some alkaline metals, for example, chloro trifluoruro and for basic fluorine at high temperatures and pressures.

- PTFE is considered one of the most stable materials from the thermal point of view. Up to a service temperature of 260° C PTFE does not change its own physical and molecular properties.

- The compressive strength at a certain predetermined compression value is one of the most significant mechanical characteristics of PTFE, in a wide range of service temperatures. Flexibility strength, plastic memory and hardness, are additional characteristics of PTFE products.
 - Below are five basic techniques:

It is the most used processing method by which small or massive cylindrical, rectangular and sheet
shapes of PTFE are moulded at room temperature and sintered in electrical ovens.

It is usually utilized for mass production of small parts with fairly simple geometry.

PTFE can be compression moulded under pressure and heat applied simultaneously followed by
cooling. This process can be used to produce unfilled and filled resins almost free from porosity
and with enhanced mechanical properties.

In contrast to standard compression moulding process, isostatic pressing, thanks to elastic mould,
achieves compaction from all directions. With this process also complicated shapes can be
processed and the final part shows isotropic properties.

It is the only continuous process for manufacturing cylindrical parts and simple profile. Compaction
and sintering steps are performed simultaneously into the extruder. In general extruded parts are
less performant in comparison to compression moulded parts.