40% glass fiber reinforced polyketone, Natural, Injection Features - Good dimensional stability - Low warpage - Good weldability - Good appearance - Good chemical resistancet - Hydrolysis resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

50% glass fiber reinforced polyketone, Black, Injection Features - Excellent mechanical properties - Wear resistance - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

50% glass fiber reinforced polyketone, Natural, Injection Features - Excellent mechanical properties - Wear resistance - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

50% glass fiber reinforced polyketone, Black, Injection Features - Good dimensional stability - Low warpage - Good weldability - Good appearance - Good chemical resistancet - Hydrolysis resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

50% glass fiber reinforced polyketone, Natural, Injection Features - Good dimensional stability - Low warpage - Good weldability - Good appearance - Good chemical resistancet - Hydrolysis resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

60% glass fiber reinforced polyketone, Black, Injection Features - Good dimensional stability - Low warpage - Good weldability - Good appearance - Excellent chemical resistance - Hydrolysis resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

60% glass fiber reinforced polyketone, Natural, Injection Features - Good dimensional stability - Low warpage - Good weldability - Good appearance - Excellent chemical resistance - Hydrolysis resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

30% glass fiber and mineral reinforced polyketone, Black, Injection Features - Low warpage - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

30% glass fiber and mineral reinforced polyketone, Natural, Injection Features - Low warpage - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

40% glass fiber and mineral reinforced polyketone, Black, Injection Features - Low warpage - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance - Excellent mechanical properties Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

40% glass fiber and mineral reinforced polyketone, Natural, Injection Features - Low warpage - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance - Excellent mechanical properties Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

40% glass fiber and mineral reinforced polyketone, Black, Injection Features - Good appearance - Excellent mechanical properties - Low warpage - Good dimensional stability - Excellent chemical resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

PTFE filled polyketone, Black, Injection Features - Low friction coefficient - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance - Excellent abrasion resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

PTFE filled polyketone, Natural, Injection Features - Low friction coefficient - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance - Excellent abrasion resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

PTFE filled polyketone, Black, Injection Features - Low friction coefficient - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance - Excellent abrasion resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

PTFE filled polyketone, Natural, Injection Features - Low friction coefficient - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance - Excellent abrasion resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

High flow injection grade polyketone with UV resistant, Natural, Injection Features - Good impact resistance - Good dimensional stability - Hydrolysis resistance - Excellent chemical resistance - Wear resistance Applications - Automotive - Industrial and consumer electronics - Electronic and electrical

25% BARIUM SULFATE FILLED, LOW FLOW POLYKETONE

13% GLASS FIBER REINFORCED POLYKETONE

15% GLASS FIBER REINFORCED POLYKETONE

15% MINERAL FILLED POLYKETONE

Aliphatic Polyketone, Medium viscosity grade for injection molding, 30% Glass fiber reinforced

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

LubriOne™ Lubricated and Wear-Resistant Compounds have been specifically formulated to be self-lubricating materials, offering low coefficient of friction and improved wear resistance properties. LubriOne compounds have been demonstrated to reduce friction, noise, vibration, heat buildup and improve product durability.

LubriOne™ Lubricated and Wear-Resistant Compounds have been specifically formulated to be self-lubricating materials, offering low coefficient of friction and improved wear resistance properties. LubriOne compounds have been demonstrated to reduce friction, noise, vibration, heat buildup and improve product durability.

LubriOne™ Lubricated and Wear-Resistant Compounds have been specifically formulated to be self-lubricating materials, offering low coefficient of friction and improved wear resistance properties. LubriOne compounds have been demonstrated to reduce friction, noise, vibration, heat buildup and improve product durability.

Avient's LubriOne TM Lubricated and Wear-Resistant Compounds have been specifically formulated to be self-lubricating, offering low coefficient of friction and improved wear resistance properties. These compounds combine the unique benefits of internal lubricants such PTFE, silicone, Aramide and molybdenum disulfide with a wide array of reinforcements and base engineering resins. Available in a wide range of physical properties, these materials are specified where certain key performance issues are critical. In addition to the standard range, products can be custom-formulated to meet your specific requirements or colors, offering you both product and design flexibility.

LubriOne™ Lubricated and Wear-Resistant Compounds have been specifically formulated to be self-lubricating materials, offering low coefficient of friction and improved wear resistance properties. LubriOne compounds have been demonstrated to reduce friction, noise, vibration, heat buildup and improve product durability.

with PTFE lubricant modified, easy flowing, demolding aid; black Main Features - 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