PEEK (Polyether Ether Ketone)
Maximum thermo-mechanical resistance for critical high-performance applications
PEEK is one of the highest-performing semi-crystalline engineering polymers available. It guarantees dimensional stability, rigidity, and excellent mechanical and chemical resistance even under extreme operating conditions.
Non-flammable (UL94 V-0), it retains its structural properties up to 250°C, with outstanding resistance to fatigue, radiation, wear, and saline environments.
It is ideal for applications where metal is no longer sufficient but lightweight performance is essential.
PEEK grades we machine
Virgin PEEK
A pure, ultra-high-performance engineering polymer. It retains its mechanical properties even in aggressive environments, offering exceptional tensile, flexural, and compressive strength.
Advantages
Unchanged up to 250°C, high chemical and dimensional stability, excellent electrical insulation and wear resistance.
Application fields
Aerospace, medical, chemical, oil & gas, food processing, automotive, semiconductors, mechanical engineering.
PEEK + GF30 (30% glass fiber)
Glass fiber reinforcement significantly increases stiffness, compressive strength, and thermal stability, making it suitable for fixed structural components.
Advantages
Extreme rigidity, dimensional stability, and mechanical resistance in high-temperature environments.
Application fields
Aerospace, oil & gas, chemical, automotive, medical.
PEEK MOD (Graphite + PTFE + Carbon filled)
An optimized compound for dynamic applications, offering low friction, high thermal resistance, excellent wear performance, and stability up to 260°C.
Advantages
Low coefficient of friction, exceptional sliding performance, and wear resistance under dynamic loads.
Application fields
Mechanical engineering, automation, oil & gas, medical, chemical, electronics, aerospace.
PEI
High-performance material with excellent mechanical, thermal, and electrical properties, characterized by high dielectric strength, dimensional stability, and excellent resistance to hydrolysis.
Advantages
Reliable over a wide temperature range, it is suitable for use in structural components, coils, and insulating elements.
Application fields
Electrical and semiconductor, aerospace, medical and pharmaceutical, food industry.
PES
This high-performance polymer is suitable for applications with operating temperatures up to 150 °C.
Advantages
With high mechanical strength, rigidity, and resistance to hydrolysis, it is ideal for use in connectors, spools, valves, and pump housings.
Application fields
Pumps and fluid handling, chemical, medical and pharmaceutical, electrical and semiconductor.
PVDF
Thermoplastic material with excellent physical and chemical properties. It can be used under high-temperature conditions and in aggressive environments and is characterized by low flammability.
Advantages
Excellent abrasion resistance and a low coefficient of friction. It features good mechanical properties and excellent dimensional stability.
Application fields
Chemical, medical and pharmaceutical, power plant, offshore, oil & gas, electrical and semiconductor, food industry.
PSU
Non-crystalline, rigid thermoplastic material, often used as an alternative to polycarbonate when higher resistance to temperature and chemical agents is required.
Advantages
Good resistance to deformation and excellent dimensional stability.
Application fields
Food industry, chemical, medical and pharmaceutical, electrical and semiconductor, mechanical.
PPS
Rigid material with high dimensional stability, suitable for continuous operation at elevated temperatures. If not properly treated, it is particularly sensitive to UV radiation.
Advantages
High chemical and mechanical resistance, excellent electrical properties, very low linear thermal expansion coefficient, high purity, and a high degree of crystallinity.
Application fields
Chemical, electrical and semiconductor, pumps and fluid handling, power plant, offshore, oil & gas, aerospace.
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