Improved friction and wear behaviour. Optimised for dry running operations. Chemically- and hydrolytically- resistant parts, non flammable. Dynamically-stressed parts moving at high velocity. High dimensionally stable precision parts.

Improved friction and wear behaviour, self-lubricating, for highest tribological requirements. Dynamically-stressed parts moving at high velocity. Chemically- and hydrolytically- resistant parts, non flammable. Strong, stiff parts; low thermal coefficient of expansion.

Improved friction and wear behaviour, self-lubricating, for highest tribological requirements. Dynamically-stressed parts moving at high velocity. Chemically- and hydrolytically- resistant parts, non flammable. Strong, stiff parts; low thermal coefficient of expansion.

Improved friction and wear behaviour, self-lubricating, for highest tribological requirements. Dynamically-stressed parts moving at high velocity. Chemically- and hydrolytically- resistant parts, non flammable. Strong, stiff parts; low thermal coefficient of expansion.

Strong, stiff parts. Especially suitable for medical parts, superheated steam sterilizable, hydrolysis resistance Chemically- and hydrolytically- resistant parts, non flammable. High dimensionally stable precision parts, high continuous use temperature.

Strong, stiff parts. Especially suitable for medical parts, superheated steam sterilizable, hydrolysis resistance Chemically- and hydrolytically- resistant parts, non flammable. High dimensionally stable precision parts, high continuous use temperature.

Strong, stiff parts. Especially suitable for medical parts, superheated steam sterilizable, hydrolysis resistance Chemically- and hydrolytically- resistant parts, non flammable. High dimensionally stable precision parts, high continuous use temperature.

Strong, stiff parts. Chemically- and hydrolytically- resistant parts, non flammable. Especially suitable for medical parts, superheated steam sterilizable, hydrolysis resistance Low warpage.

Especially suitable for medical parts, superheated steam sterilizable, hydrolysis resistance Low warpage, isotropic shrinkage characteristics. Highly chemically-resistant parts, non flammable.

Especially suitable for medical parts, superheated steam sterilizable, hydrolysis resistance Low warpage, isotropic shrinkage characteristics. Highly chemically-resistant parts, non flammable.

Improved friction and wear behaviour. Optimised for dry running operations. Dynamically-stressed parts moving at high velocity. Chemically- and hydrolytically- resistant parts, non flammable. Low warpage.

Improved friction and wear behaviour. Optimised for dry running operations. Chemically- and hydrolytically- resistant parts, non flammable. High dimensionally stable precision parts.

Easy to print. No warping. High z-strength.

Dynamically-stressed parts. Chemically- and hydrolytically- resistant parts, non flammable. Inherent flame resistance.

Dynamically-stressed parts. Highly chemically-resistant parts, non flammable.

Strong, stiff parts. Especially suitable for dynamic-stress situations. High dimensionally stable precision parts, even at elevated temperatures and narrow tolerance range. Low warpage.

Very strong and stiff parts; low coefficient of thermal expansion. Especially suitable for dynamic-stress situations. High dimensionally stable precision parts, even at elevated temperatures and narrow tolerance range. Low warpage.

Strong, stiff parts; low thermal coefficient of expansion. Dynamically-stressed parts moving at high velocity. Chemically- and hydrolytically- resistant parts, non flammable. Improved friction and wear behaviour, self-lubricating, for highest tribological requirements.

Very strong and stiff parts; low coefficient of thermal expansion. Especially suitable for dynamic-stress situations. Electrically conductive, suitable for continuous discharging of statically-generated electricity.

Strong, stiff parts. Especially suitable for medical parts, superheated steam sterilizable, hydrolysis resistance Chemically- and hydrolytically- resistant parts, non flammable. High dimensionally stable precision parts, high continuous use temperature.

APPLICATIONS - Pump Wear Rings - Medical Instruments - Bearings and Bushings - Analytical Instrumentation - Compressor Components KEY FEATURES - 480°F Coninuous Use Temperature - Easily Machined and Fabricated - Excellent Strength at High Temp. - Highly Resistant to Chemicals - Superior Electical Properties - FDA Compliant 30% Glass Fiber Filled

APPLICATIONS - Pump Wear Rings - Medical Instruments - Bearings and Bushings - Analytical Instrumentation - Compressor Components KEY FEATURES - 480°F Coninuous Use Temperature - Easily Machined and Fabricated - Excellent Strength at High Temp. - Highly Resistant to Chemicals - Superior Electical Properties - FDA Compliant Unfilled PEEK

APPLICATIONS - Pump Wear Rings - Medical Instruments - Bearings and Bushings - Analytical Instrumentation - Compressor Components KEY FEATURES - 480°F Coninuous Use Temperature - Easily Machined and Fabricated - Excellent Strength at High Temp. - Highly Resistant to Chemicals - Superior Electical Properties - FDA Compliant Bearing and Wear Grade

Nemcon™ E PK DP104 is a carbon fiber-reinforced polyetheretherketone, characterized by very high strength, stiffness, consistent moldability, and exceptional thermal resistance.

Nemcon™ H-series products are designed for use in high performance electronic assemblies where heat removal is critical to system performance. Nemcon™ H PK DP110/X5 is a thermally conductive polyetheretherketone, offering excellent chemical resistance, good stiffness and high HDT. It should be used in demanding applications where thermal management must be accomplished in harsh environments. Typical Applications - Housings for power components, such as motors, coils, and transformers. - IC thermal management components, such as heat sinks, heat spreaders, or heat pipes. - Critical military/aerospace applications involving severe environments.

OpteSTAT™ master batches are Ovation Polymers' line of nano-compounds based on carbon nanotubes. Our proprietary dispersion technology debundles and disentangles carbon nanotubes without compromising their integrity. OpteSTAT™ compounds exhibit good conductivity at minimal nanotube loadings, achieving exceptional cleanliness and physical property retention. OpteSTAT™ NC PK 8010 is PEEK-based carbon nanotube compound. The material resistivity can be tailored to the application, while retaining the physical and thermal properties of the base polymer. Target applications include components of disk drives, business machines or other electronic assemblies where ESD control is required while retaining exceptional cleanliness, dimensional control and physical properties.

PFLUON PEEK POLYMER is a kind of special engineering plastic with the features of high-temperature resistance, self lubricating, easy processing and high mechanical strength.

PFLUON PEEK POLYMER is a kind of special engineering plastic with the features of high-temperature resistance, self lubricating, easy processing and high mechanical strength.

PFLUON PEEK POLYMER is a kind of special engineering plastic with the features of high-temperature resistance, self lubricating, easy processing and high mechanical strength.

PFLUON PEEK POLYMER is a kind of special engineering plastic with the features of high-temperature resistance, self lubricating, easy processing and high mechanical strength.