Mitsubishi Chemical Group (Ketron / MCB) engineering thermoplastic stock shapes

High-performance engineering thermoplastic shapes from Mitsubishi Chemical Group (Ketron / MCB) deliver extreme strength across analytical and industrial systems.

Unfilled engineering thermoplastic Ketron 1000 PEEK stock shapes

Unfilled thermoplastic stock shapes Ketron 1000 PEEK (Mitsubishi Chemical Group / Ketron / MCB) are manufactured from virgin polyetheretherketone resin. Extruded plates and rods offer maximum toughness, broad chemical inertness, and steam hydrolysis resistance up to 250 C.

Retention of mechanical rigidity and tensile strength under exposure to 250 C temperatures
Superior chemical resistance against concentrated acids, alkaline reagents, and solvents
High dielectric strength and volume resistivity for high-precision electrical insulators
Maximum elongation and toughness ensuring integrity in intricately machined components

Carbon-fiber reinforced shapes Ketron CA30 PEEK rods and plates

High-modulus composite polymer Ketron CA30 PEEK (Mitsubishi Chemical Group / Ketron / MCB) is reinforced with 30% carbon fiber. The material achieves a minimal thermal expansion coefficient, optimal heat dissipation, and superior rigidity under high pressure conditions.

Thermal expansion coefficient reduced to levels comparable with light aluminum alloys
Thermal conductivity increased 3.5 times for accelerated heat removal from friction zones
Superior flexural modulus and creep resistance under elevated mechanical load and heat
Exceptional endurance in dynamic wear rings across heavy compressors and fluid pumps

Glass-fiber reinforced thermoplastic shapes Ketron GF30 PEEK

Engineering polymer shapes Ketron GF30 PEEK (Mitsubishi Chemical Group / Ketron / MCB) are compounded with 30% glass fiber reinforcement. The formulation outperforms unfilled resin in static rigidity, dimensional stability, and mechanical strength up to 250 C.

Enhanced static mechanical strength and tensile modulus across continuous duty cycles
Superior dimensional stability for precision machined parts under thermal fluctuation
Reliable electrical insulation and dielectric strength for high-voltage switchgear items
High structural rigidity preventing distortion under sustained heavy static forces

Bearing grade self-lubricating thermoplastic Ketron HPV PEEK

Specialized bearing grade polymer Ketron HPV PEEK (Mitsubishi Chemical Group / Ketron / MCB) is modified with carbon fiber, graphite, and PTFE lubricants. The material delivers an ultra-low friction coefficient, high limiting PV values, and superior wear life in moving parts.

Ultra-low dynamic friction coefficient eliminating requirement for external oil lubricants
High limiting PV parameter rating for industrial journal bearings and rotational bushings
Elimination of stick-slip chatter in high-precision linear slides and guidance components
Extended operational life for thrust washers, wear rings, and unlubricated moving parts

Internally lubricated wear-resistant polymer Ketron TX PEEK

Internally lubricated stock shapes Ketron TX PEEK (Mitsubishi Chemical Group / Ketron / MCB) are engineered for sliding components running at moderate to high speeds. The formulation guarantees low counterface wear, smooth sliding, and food-contact compliance.

Homogeneously dispersed solid lubricant distributed throughout extruded rods and plates
Gentle sliding behavior protecting counterfaces of stainless steel, bronze, and alloys
Retention of physical and frictional properties under continuous heating and steam contact
Compliance with sanitary criteria for pharmaceutical, packaging, and food-processing units

Biocompatible life science grade shapes Ketron LSG PEEK

High-integrity biocompatible shapes Ketron LSG PEEK (Mitsubishi Chemical Group / Ketron / MCB) fulfill ISO 10993 and USP Class VI biocompatibility criteria. The resin withstands repeated steam autoclaving, gamma radiation, and ethylene oxide cycles without structural decay.

Biological inertness qualified for short-term contact with biological tissue and fluids
Endurance across hundreds of saturated steam autoclave cycles at 134 C without damage
Radiolucency enabling clear X-ray and fluoroscopic imaging in surgical instruments
High machinability for intricate thin-wall surgical instruments and analytical probes

Molecular architecture and thermomechanical behavior of Ketron 1000 PEEK

Unfilled engineering polymer stock shapes Ketron 1000 PEEK from Mitsubishi Chemical Group (Ketron / MCB) are produced from high-purity virgin polyetheretherketone resin.

The semi-crystalline molecular matrix delivers exceptional tensile strength, structural rigidity, and continuous thermal endurance. The material retains its mechanical load-bearing capacity under continuous operating temperatures reaching 250 degrees Celsius and transient heating up to 310 C.

Extruded rods and plates demonstrate complete resistance to steam hydrolysis without molecular degradation. Exceptional dielectric strength and broad chemical inertness make it a prime selection for fluid handling, valve seats, and precision analytical equipment.

Carbon reinforcement and tribological performance of Ketron CA30 PEEK shapes

Composite thermoplastic stock shapes Ketron CA30 PEEK manufactured by Mitsubishi Chemical Group (Ketron / MCB) integrate thirty percent high-modulus carbon fibers.

This carbon addition lowers the coefficient of thermal expansion down to rates matching light aluminum alloys, preserving precise dimensional clearances across severe temperature swings.

Thermal conductivity increases by three and a half times compared to unfilled resin, facilitating rapid thermal dissipation away from dynamic contact zones.

Enhanced flexural modulus combined with minimal creep ensures reliable service for wear rings, backup seals, and compressor valve components under intense mechanical stresses.

Static load capacity and electrical insulation of Ketron GF30 PEEK composites

Engineering polymer shapes Ketron GF30 PEEK developed by Mitsubishi Chemical Group (Ketron / MCB) are compounded with thirty percent chopped glass fiber reinforcement.

The composite outperforms unfilled polyetheretherketone in deformation resistance under static structural loading and exhibits outstanding dimensional consistency through thermal cycling.

Glass reinforcement increases flexural and tensile modulus, preventing creep deformation during long-term service in demanding industrial environments.

High electrical insulation and resistance to tracking under electrical arc exposure make these shapes ideal for structural components in high-voltage switchgear equipment.

Tribological kinetics and self-lubricating behavior of Ketron HPV PEEK shapes

Specialized bearing grade polymer shapes Ketron HPV PEEK from Mitsubishi Chemical Group (Ketron / MCB) contain a proprietary blend of carbon fibers, graphite, and PTFE fluoropolymer solid lubricants.

This formulation minimizes dynamic sliding friction and boosts the limiting PV threshold for rotational and linear bearings. Solid lubricants distributed uniformly through the polymer transfer continuously onto mating metal counterfaces, producing a smooth protective boundary film.

This mechanism prevents stick-slip vibration and guarantees smooth movement for guide bushings, thrust washers, and unlubricated mechanical assemblies.

Internal solid lubrication and hygienic purity of Ketron TX PEEK stock shapes

High-performance thermoplastic shapes Ketron TX PEEK from Mitsubishi Chemical Group (Ketron / MCB) are formulated for sliding components operating under moderate to high linear velocities.

Incorporating an internal food-grade solid lubricant eliminates the requirement for liquid grease in areas with potential product contact. The material exhibits minimal wear against soft mating counterfaces like stainless steel and bronze alloys.

High resistance to aggressive CIP cleaning chemicals and high-pressure steam delivers extended operational life for scraper blades, guide bushings, and automated packaging mechanisms.

Biocompatibility and autoclave endurance of Ketron LSG PEEK medical shapes

Medical grade polymer stock shapes Ketron LSG PEEK from Mitsubishi Chemical Group (Ketron / MCB) are qualified under ISO 10993 and USP Class VI biocompatibility standards.

The material remains inert when contacting biological tissues and bodily fluids, showing zero cytotoxic response while enduring hundreds of steam sterilization cycles at 134 degrees Celsius without mechanical degradation.

Full radiolucency prevents visual artifacts during X-ray and fluoroscopic surgical procedures. The stock shapes offer high machinability on precision CNC lathes for producing components of endoscopic tools and medical devices.

Mitsubishi Chemical Group (Ketron / MCB) and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of Mitsubishi Chemical Group (Ketron / MCB) and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.