Materials Thermoplastic

(Polytetramethylene-adipic acid polyamide)

Semi-crystalline thermoplastic material, maximum short-term use temperature 200 °C, low friction coefficient.

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(Polyamide from caprolactam)

Semi-crystalline thermoplastic material, excellent sliding and wear properties.

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(Cast polyamide)

Semi-crystalline thermoplastic material obtained by casting, improves workability and dimensional stability.

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(Molybdenum disulfide loaded polyamide)

Flow behavior and wear improved with the addition of MOS2.

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(Polycarbonate)

Thermoplastic amorphous material, transparent, impact resistant, high rigidity, resistant to about 140 ° C for short exposures.

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(Polyetheretherketone)

Virgin semi-crystalline thermoplastic material, excellent dimensional stability, self-extinguishing, operating temperatures around 250 ° C, chemically very resistant even at high temperatures, suitable for contact with food.

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(Polyetheretherechetone + carbon fibers)

Short fiber dispersed in the thermoplastic mass, the charge allows to reduce the friction coefficient.

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(Polyetheretherechetone + glass fibers)

Short fiber dispersed in the thermoplastic mass, the charge allows to increase the rigidity of the material.

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(High density polyethylene)

Low water absorption and vapor permeability, low operating temperatures (between -100 and 80 ° C for long periods), low friction coefficient, suitable for contact with food.

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(Polyethylene terephthalate)

Semi-crystalline thermoplastic material, material suitable for contact with food, it is not very permeable to oxygen and carbon dioxide.

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(Polyethylene terephthalate + solid lubricants)

The charge allows to reduce the friction coefficient.

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(Very high density polyethylene)

High resistance to wear and abrasion, high impact resistance, suitable for contact with food.

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(Polymethylmethacrylate)

Fragile material with high resistance, high elastic modulus and great surface hardness, it has brilliant surfaces excellent transparency.

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(Polyoxymethylene)

There is both the homopolymer variant (POM-H) and copolymer (POM-C), very rigid and with high dimensional stability, it weakens at low temperatures and if in contact with water (hydrolysis), excellent sliding behavior and wear resistance.

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(Polypropylene)

Semi-crystalline thermoplastic material, similar to PE for mechanical behavior but more resistant and rigid, very chemically resistant up to 100 ° C, weldable.

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(Polytetrafluoroethylene)

It is the main fluorinated material, it is not very rigid and solid. Its advantages are the wide range of operating temperatures (-200 + 280 ° C), chemical stability, excellent electrical and dielectric characteristics.

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(Polyvinyl chloride)

Amorphous thermoplastic material is characterized by high chemical stability and excellent fire resistance. It has a high solidity and a high modulus of elasticity. It has excellent electrical characteristics, especially in the field of low voltages and frequencies. It can be glued and welded.

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(Polyvinylidylene fluoride)

Crystalline thermoplastic material, the temperature of use goes from -60 to 150 ° C, is resistant to UV rays and is characterized by a strong purity. It can be glued and welded in addition to having excellent chemical resistance.

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(High density polyethylene obtained with a percentage of regenerated material)

Good sliding characteristics and good mechanical properties.

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