Ensinger's Plastic Engineering Compounds

■Summary PBT material containing 30% glass fiber. Reinforced with glass fiber for high stiffness and creep strength. Suitable for use in parts that...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary It is a white PET material. It features excellent creep strength, chemical resistance, dimensional accuracy, and low moisture absorption. ...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary It is a PVDF material. It has excellent sliding properties, chemical resistance, weather resistance, and very low water absorption. ■Main...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A polyacetal homopolymer (POM-H) material made of Delrin® resin and special PTFE fibers. Low friction coefficient and wear resistance avoi...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A white polyacetal homopolymer (POM-H) material made with Delrin® resin. It has excellent sliding properties and wear resistance. Compared...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Ensinger produces a POM copolymer (POM-C) material modified by the addition of a special conductive carbon black under the trade name TECA...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Polyacetal copolymer (POM-C) material containing 25% glass fiber. Reinforced with glass fiber for high stiffness and creep strength. Suita...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A gray polyacetal copolymer (POM-C) material that is metal detector compatible. Contains fillers that are compatible with metal detectors ...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Polyacetal copolymer (POM-C) material containing solid lubricant. Low friction coefficient and wear resistance avoid stick-slip phenomenon...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A white polyacetal copolymer (POM-C) material with no porosity. Engineering plastics used in many fields and applications. It has high str...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary This is an antistatic POM-C material with a surface resistivity of 1011Ω that contains an antistatic agent. Excellent wear resistance, che...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Slidable PA6C (cast polyamide 6) material containing lubricant. It has a low friction coefficient and is wear resistant even in dry enviro...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Extruded PA12 (Polyamide 12) material. It has excellent toughness, chemical resistance, impact resistance, and low temperature properties....

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Extruded PA6 (polyamide 6) material. It has excellent toughness, impact resistance, sliding properties, and good mechanical properties. Du...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Transparent PA63 (polyamide 63) material. It has excellent chemical resistance, compressive strength, and dimensional stability. ■Main fe...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PA66 (polyamide 66) material. It has excellent toughness, impact resistance, sliding properties, and good mechanical properties. Due to hi...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Compression molded PAI (polyamide-imide) material using Solvay Torlon®PAI. It has the best properties among meltable thermoplastic resins,...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Compression molded sliding PAI (polyamideimide) material made from Solvay Torlon®PAI with PTFE and graphite. Sliding PEEK grade: Has slidi...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Compression molded reinforced PAI (polyamide-imide) material made from Solvay Torlon®PAI with 30% glass fiber. It has high stiffness and c...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Compression molded reinforced PAI (polyamide-imide) material made from Solvay Torlon®PAI with 30% carbon fiber. It has a high tensile stre...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary TECAPEEK CF30 black is a PEEK material containing 30% carbon fiber. Reinforced with carbon fiber for high stiffness and creep strength. It...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PEEK material containing 30% glass fiber. Reinforced with glass fiber for high stiffness and creep strength. The deflection temperature un...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Blue PEEK material compatible with metal detectors. Contains fillers that are compatible with metal detectors to enable detection of damag...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A biocompatible medical blue PEEK material using Victrex® PEEK. Living body contact is possible within 24 hours. Compatible with various s...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary TECAPEEK MT CLASSIXTM is a biocompatible high level medical grade ivory colored PEEK material. The raw materials comply with USP Class VI,...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A biocompatible blue PEEK material compatible with medical X-ray detectors using Victrex® PEEK. By incorporating an X-ray contrast agent, ...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PEEK (polyetheretherketone) material using Victrex® PEEK 450. It is the most famous and important high-performance crystalline resin among...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary TECAPEEK PVX black is a PEEK sliding grade extrusion material made from Victrex® PEEK 450, comparable in performance to Victrex® PEEK™ FC3...

• Polymeric Materials

• Plastic Engineering Compounds

■Features A sliding PEEK material containing 10% PTFE. It is often used in the food industry due to its excellent mechanical, thermal, chemical, sl...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Blue PEEK resin that can be detected by both metal detectors and X-ray detectors. It is highly visible due to its blue color and can be de...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PEI material with 30% glass fiber using Sabic® Ultem. Reinforced with glass fiber for high stiffness and creep strength. It has excellent ...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PEI (polyetherimide) material using Sabic® Ultem. It has excellent mechanical strength and has a tensile strength of over 100MPa at room t...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary It is a black PET material. It has excellent machinability, sliding properties, wear resistance, and low coefficient of friction. It is al...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A PET material containing PTFE. Low friction coefficient and wear resistance avoid stick-slip phenomenon. It complies with the Food Sanita...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PI (polyimide) material. It is characterized by excellent strength and ductility, high elastic modulus, stiffness, hardness and low therma...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A polyimide material containing 15% graphite in TECASINT 1011. Optimized for tribology applications with improved friction and wear proper...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A polyimide material containing 40% graphite in TECASINT 1011. Optimized for tribology applications with improved friction and wear proper...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PI (polyimide) material. It has significantly lower water absorption, higher toughness, and improved mechanical properties than TECASINT 1...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A polyimide material containing 15% graphite in TECASINT 2011. Optimized for tribology applications with improved friction and wear proper...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A polyimide material containing 40% graphite in TECASINT 2011. Optimized for tribology applications with improved friction and wear proper...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary A polyimide material containing 15% MoS2 in TECASINT 2011. It has excellent wear and friction properties in vacuum, so it can be used in o...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Compared to other TECASINT materials, the TECASINT 4000 series exhibits very low moisture absorption and high oxidation stability, as wel...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary TECASON P MT black is a biocompatible medical grade PPSU material that allows for biological contact within 24 hours. Compatible with vari...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Slidable PA6C (cast polyamide 6) material containing oil. Excellent sliding properties and wear resistance extend the durability of parts ...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Blue PA6C (cast nylon, polyamide 6) material. Blue cast nylon is polymerized and molded by injecting nylon monomer into a mold under atmos...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PA6C (cast polyamide 6) material. Cast nylon is polymerized and molded by injecting nylon monomer into a mold under atmospheric conditions...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Black PPS material containing 40% glass fiber. Reinforced with glass fiber for high stiffness and creep strength. It also has excellent he...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PPS material containing 40% glass fiber. Reinforced with glass fiber for high stiffness and creep strength. It also has excellent heat res...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary PPS (polyphenylene sulfide) material. It has high mechanical strength and rigidity even at temperatures exceeding 200℃. It also has excell...

• Polymeric Materials

• Plastic Engineering Compounds

■Summary Compression molded reinforced PPS material containing 40% glass fiber. Compared to extruded materials, it has lower internal stress and su...

• Polymeric Materials

• Plastic Engineering Compounds