Polyketone, Aliphatic, High viscosity grade for injection molding & extrusion, Natural

20% Glass Fiber Reinforced, 5% PTFE Lubricated Polyketone

Our PolyKetone is an eco-friendly and non-toxic engineered polymer made from carbon monoxide and olefins. PK 5000 provides the perfect balance of key mechanical properties resulting in a polymer that’s strong, tough and ductile. PolyKetone is a resilient polymer that performs well in applications where low friction and wear resistance are paramount. With very good elongation and excellent impact strength, mechanical performance remains stable through a variety of environmental conditions with little to no laser window occlusion in full-stroke builds. Advantages In addition to a wide processing window, other advantages include: - Low temperature impact strength - Excellent chemical resistance and barrier properties - Improved wear and friction over Polyamides - Low toxicity - Low carbon footprint

Strong, stiff parts. High dimensionally stable precision parts with low warpage and narrow tolerance range. Chemically- and hydrolytically- resistant parts. Electrically conductive, suitable for continuous discharging of statically-generated electricity.

Improved friction and wear behaviour. Optimised for dry running operations. Sliding-couples with a low friction coefficient. Chemically- and hydrolytically- resistant parts.

Improved friction and wear behaviour. Optimised for dry running operations. Sliding-couples with a low friction coefficient. Chemically- and hydrolytically- resistant parts.

POKM117550

POKM93894

ResMart Ultra PK6 - General purpose Polyketone resin for injection molding and extrusion applications

ResMart Ultra PK6R - Heat stabilized Polyketone resin for injection and extrusion applications

RIAMAXX® HR 00 FR natural is a semi-crystalline, thermoplastic construction material, based on polyketone (PK). RIAMAXX® HR 00 FR natural is processed by injection molding and shows a good ratio of flame retardancy, electrical insulation, strength, toughness as well as chemical resistance. RIAMAXX® HR 00 FR natural is characterized by the following properties: - UL 94 (V-0) listed from 0.4 mm - HWI (PLC 0) & HAI (PLC 0) listed from 0.75 mm - GWIT (775 °C) & GWFI (960 °C) listed from 0.75 mm - Good dimensional stability due to low water absorption - Outstanding chemical resistance - Excellent elongation at break behavior - Halogen-free and heavy metal-free flame retardants (compliant to - WEEE and RoHS)

RIAMAXX® HR GF(x) FR natural is a semi-crystalline, thermoplastic construction material, based on polyketone (PK), reinforced with (x) % glass fibers. RIAMAXX® HR GF(x) FR natural is processed by injection molding and shows a good ratio of flame retardancy, electrical insulation, strength, toughness as well as chemical resistance. RIAMAXX® HR GF(x) FR natural is characterized by the following properties: - UL 94 (V-0) listed from 0.75 mm - HWI (PLC 0) & HAI (PLC 0) listed from 0.75 mm - GWIT (800 °C) & GWFI (960 °C) listed from 0.75 mm - Good dimensional stability due to low water absorption - Outstanding chemical resistance - Excellent elongation at break behavior - Halogen-free and heavy metal-free flame retardants (compliant to - WEEE and RoHS)

RIAMAXX® HR GF30 FR natural is a semi-crystalline, thermoplastic construction material, based on polyketone (PK), reinforced with 30 % glass fibers. RIAMAXX® HR GF30 FR natural is processed by injection molding and shows a good ratio of flame retardancy, electrical insulation, strength, toughness as well as chemical resistance. RIAMAXX® HR GF30 FR natural is characterized by the following properties: - UL 94 (V-0) listed from 0.75 mm - HWI (PLC 0) & HAI (PLC 0) listed from 0.75 mm - GWIT (800 °C) & GWFI (960 °C) listed from 0.75 mm - Good dimensional stability due to low water absorption - Outstanding chemical resistance - Excellent elongation at break behavior - Halogen-free and heavy metal-free flame retardants (compliant to - WEEE and RoHS)

Typical characteristics - Very good resilience - Low moisture absorption - The wear rate is incredibly low in comparison with other polymers when it is used with friction partners made of the same material - Remains accurate to size and retains its dimensional stability - High abrasion resistance - Good impact strength Typical industries - Mechanical Engineering Industry - Aerospace - Oil and Gas - Topside - Subsea - Downhole - Pipelines

Typical characteristics - Very good resilience - Food contact approvals - High abrasion resistance Typical industries - Mechanical Engineering Industry - Food Industry

Typical characteristics - Very good resilience - Food contact approvals - High abrasion resistance Typical industries - Mechanical Engineering Industry - Food Industry

Typical characteristics - Very good resilience - Low moisture absorption - The wear rate is incredibly low in comparison with other polymers when it is used with friction partners made of the same material - Remains accurate to size and retains its dimensional stability - High abrasion resistance - Good impact strength Typical industries - Oil and Gas - Subsea - Pipelines - Mechanical Engineering Industry - Aerospace - Topside - Downhole

SAXAKETON 103 is a higher viscosity polyketone which is mainly suitable for extrusion and injection moulding applications.

SAXAKETON 106 GF30 is a medium flowing polyketone containing 30% glass fibre.

SAXAKETON 106 is a viscous-flowing polyketone injection moulding grade with a balanced property profile. It has excellent stiffness and toughness over a wide temperature range, high mechanical strength and good wear resistance.

SAXAKETON 160 FR is a flame retardant, medium-flow polyketone injection moulding mark for thin-walled Applications.

SAXAKETON 160 GF20 is a medium flowing polyketone containing 20% glass fibre

SAXAKETON 160 is a medium flowing polyketone.

Trilliant® HC8910 is an injection moldable grade that exhibits great chemical resistance to common hospital disinfectants. When specified, Trilliant® compounds may incorporate agency rated materials that meet USP Class VI, FDA, or ISO 10993 testing requirements.

Trilliant® HC8910 is an injection moldable grade that exhibits great chemical resistance to common hospital disinfectants. When specified, Trilliant® compounds may incorporate agency rated materials that meet USP Class VI, FDA, or ISO 10993 testing requirements.

Trilliant® HC8920 is an injection moldable flame retardant grade that exhibits great chemical resistance to common hospital disinfectants. When specified, Trilliant® compounds may incorporate agency rated materials that meet USP Class VI, FDA, or ISO 10993 testing requirements.

Trilliant® HC8920 is an injection moldable flame retardant grade that exhibits great chemical resistance to common hospital disinfectants. When specified, Trilliant® compounds may incorporate agency rated materials that meet USP Class VI, FDA, or ISO 10993 testing requirements.