POSITION：HOME > PRODUCTS > ENGINEERED PLASTICS > Hepla® POM（Copolymerization） Hepla® POM（Copolymerization） Hepla® POM is a high crystallinity thermoplastic engineering plastic with excellent properties such as abrasion resistance, long-term fatigue resistance, high toughness, creep resistance, moisture resistance, solvent resistance and alkali resistance. Its comprehensive properties and ease of processing determine its advantages in material properties and processing costs. Hepla® POM materials maintain high strength and high stiffness over a wide temperature range. Hepla® POM series materials also have excellent dimensional stability, chemical resistance and fuel resistance including high formaldehyde content. Hepla® POM series materials are widely used in injection molding, but they are also suitable for other traditional processing techniques such as extrusion, compression molding, rotational molding and blow molding. Highlights and Limitations Highlights: 1. wear resistance 2. Toughness 3. anti-creep, fatigue characteristics 4. moisture resistance, chemical resistance 5. dimensional stability limitation: 1. a higher proportion 2. processing is more difficult Hepla® POM (copolymer) performance comparison of different grades The comprehensive properties of the Hepla® POM (co) series of materials allow it to be stable in a wide range of applications and are one of the most widely used engineering plastics. In general, Hepla® POM (copolymerization) is modified to enhance material properties, allowing it to be used in more complex environments. The following figure shows the performance comparison of Hepla® POM (co) material base resin after adding 15%, 20%, 30%, 40% carbon fiber modification. OVERVIEW Available materials：Total 98Available Area：America, Asia, Africa, Europe CONTACT US Hepla® POM（Copolymerization） Hepla® POM is a high crystallinity thermoplastic engineering plastic with excellent properties such as abrasion resistance, long-term fatigue resistance, high toughness, creep resistance, moisture resistance, solvent resistance and alkali resistance. TYPE DESCRIPTION BASE MATERIAL TECHNICAL DATA ROHS REACH MSDS Hepla® H5000 EC Electrically Conductive Hepla® POM（Copolymerization） View View View View Hepla® H5000 ES Antistatic Hepla® POM（Copolymerization） View View View View Hepla® H5000 FDA FDA Hepla® POM（Copolymerization） View View View View Hepla® H5000 SI Silicone Hepla® POM（Copolymerization） View View View View Hepla® H5000 CNT Carbon Nanotube Hepla® POM（Copolymerization） View View View View Hepla® H5000 CNT EC Carbon Nanotube - Electrically Conductive Hepla® POM（Copolymerization） View View View View Hepla® H5002TF UV PTFE 2% - UV Stabilized Hepla® POM（Copolymerization） View View View View Hepla® H5003MS Molybdenum Disulfide 3% Hepla® POM（Copolymerization） View View View View Hepla® H5005AF 10TF Aramid Fiber 5% - PTFE 10% Hepla® POM（Copolymerization） View View View View Hepla® H5005AF 10TF 3SI Aramid Fiber 5% - PTFE 10% - Silicone 3% Hepla® POM（Copolymerization） View View View View Hepla® H5005AF 20TF Aramid Fiber 5% - PTFE 20% Hepla® POM（Copolymerization） View View View View Hepla® H5005MS Molybdenum Disulfide 5% Hepla® POM（Copolymerization） View View View View Hepla® H5005SI Silicone 5% Hepla® POM（Copolymerization） View View View View Hepla® H5005TF PTFE 5% Hepla® POM（Copolymerization） View View View View Hepla® H5005TF ES PTFE 5% - Antistatic Hepla® POM（Copolymerization） View View View View Hepla® H5005TF FDA PTFE 5% - FDA Hepla® POM（Copolymerization） View View View View Hepla® H5005TF 2SI PTFE 5% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5010AF Aramid Fiber 10% Hepla® POM（Copolymerization） View View View View Hepla® H5010AF 5TF Aramid Fiber 10% - PTFE 5% Hepla® POM（Copolymerization） View View View View Hepla® H5010AF 10TF Aramid Fiber 10% - PTFE 10% Hepla® POM（Copolymerization） View View View View Hepla® H5010AF 10TF 2SI Aramid Fiber 10% - PTFE 10% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5010AF 15TF Aramid Fiber 10% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5010AF 20TF Aramid Fiber 10% - PTFE 20% Hepla® POM（Copolymerization） View View View View Hepla® H5010CF Carbon Fiber 10% Hepla® POM（Copolymerization） View View View View Hepla® H5010CF EMI Carbon Fiber 10% - Electromagnetic Shielding Hepla® POM（Copolymerization） View View View View Hepla® H5010CF EC Carbon Fiber 10% - Electrically Conductive Hepla® POM（Copolymerization） View View View View Hepla® H5010CF 10TF Carbon Fiber 10% - PTFE 10% Hepla® POM（Copolymerization） View View View View Hepla® H5010CF 10TF 2SI Carbon Fiber 10% - PTFE 10% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5010CF 15TF Carbon Fiber 10% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5010CF 18TF 2SI Carbon Fiber 10% - PTFE 15% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5010GB Glass Bead 10% Hepla® POM（Copolymerization） View View View View Hepla® H5010GB 15TF Glass Bead 10% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5010GF Glass Fiber 10% Hepla® POM（Copolymerization） View View View View Hepla® H5010GF ES Glass Fiber 10% - Antistatic Hepla® POM（Copolymerization） View View View View Hepla® H5010GF 2SI Glass Fiber 10% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5010GF 10TF Glass Fiber 10% - PTFE 10% Hepla® POM（Copolymerization） View View View View Hepla® H5010GF 15TF Glass Fiber 10% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5010GF 20TF 2SI Glass Fiber 10% - PTFE 10% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5010SF EMI Stainless Steel Fiber 10% - Electromagnetic Shielding Hepla® POM（Copolymerization） View View View View Hepla® H5010TF FDA PTFE 10% - FDA Hepla® POM（Copolymerization） View View View View Hepla® H5010TF ES PTFE 10% - Antistatic Hepla® POM（Copolymerization） View View View View Hepla® H5010TF 2SI PTFE 10% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5013SF EMI Stainless Steel Fiber 13% - Electromagnetic Shielding Hepla® POM（Copolymerization） View View View View Hepla® H5013TF 2SI PTFE 13% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5015AF Aramid Fiber 15% Hepla® POM（Copolymerization） View View View View Hepla® H5015AF 10TF Aramid Fiber 15% - PTFE 10% Hepla® POM（Copolymerization） View View View View Hepla® H5015AF 13TF 2SI Aramid Fiber 15% - PTFE 13% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5015AF 15TF Aramid Fiber 15% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5015AF 20TF UV Aramid Fiber 15% - PTFE 20% - UV Stabilized Hepla® POM（Copolymerization） View View View View Hepla® H5015CF Carbon Fiber 15% Hepla® POM（Copolymerization） View View View View Hepla® H5015CF 10TF 2SI Carbon Fiber 15% - PTFE 10% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5015CF 15TF Carbon Fiber 15% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5015GB Glass Bead 15% Hepla® POM（Copolymerization） View View View View Hepla® H5015GF Glass Fiber 15% Hepla® POM（Copolymerization） View View View View Hepla® H5015GF ES Glass Fiber 15% - Antistatic Hepla® POM（Copolymerization） View View View View Hepla® H5015GF 2SI Glass Fiber 15% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5015GF 10GB Glass Fiber 15% - Glass Bead 10% Hepla® POM（Copolymerization） View View View View Hepla® H5015GF 10TF Glass Fiber 15% - PTFE 10% Hepla® POM（Copolymerization） View View View View Hepla® H5015GF 15TF Glass Fiber 15% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5015GF 20GB Glass Fiber 15% - Glass Bead 20% Hepla® POM（Copolymerization） View View View View Hepla® H5015SF EMI Stainless Steel Fiber 15% - Electromagnetic Shielding Hepla® POM（Copolymerization） View View View View Hepla® H5015TF 2SI PTFE 15% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5015TF CF PTFE 15% - Carbon Fiber Hepla® POM（Copolymerization） View View View View Hepla® H5018TF 2SI PTFE 18% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5020CF Carbon Fiber 20% Hepla® POM（Copolymerization） View View View View Hepla® H5020CF 15TF Carbon Fiber 20% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5020CF 20TF Carbon Fiber 20% - PTFE 20% Hepla® POM（Copolymerization） View View View View Hepla® H5020GB Glass Bead 20% Hepla® POM（Copolymerization） View View View View Hepla® H5020GB 15TF Glass Bead 20% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5020GF Glass Fiber 20% Hepla® POM（Copolymerization） View View View View Hepla® H5020GF ES Glass Fiber 20% - Antistatic Hepla® POM（Copolymerization） View View View View Hepla® H5020GF UV Glass Fiber 20% - UV Stabilized Hepla® POM（Copolymerization） View View View View Hepla® H5020GF 10TF Glass Fiber 20% - PTFE 10% Hepla® POM（Copolymerization） View View View View Hepla® H5020GF 15TF Glass Fiber 20% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5020GF 20GB 15TF Glass Fiber 20% - Glass Bead 20% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5020MG 15TF Milled Glass Fiber 20% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5020TF UV PTFE 20% - UV Stabilized Hepla® POM（Copolymerization） View View View View Hepla® H5020TF 2SI PTFE 20% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5025GB Glass Bead 25% Hepla® POM（Copolymerization） View View View View Hepla® H5025GF Glass Fiber 25% Hepla® POM（Copolymerization） View View View View Hepla® H5025GF 2SI Glass Fiber 25% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5025GF 10TF Glass Fiber 25% - PTFE 10% Hepla® POM（Copolymerization） View View View View Hepla® H5025GF 13TF 2SI Glass Fiber 25% - PTFE 13% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5025GF 15TF Glass Fiber 25% - PTFE 15% Hepla® POM（Copolymerization） View View View View Hepla® H5030CF Carbon Fiber 30% Hepla® POM（Copolymerization） View View View View Hepla® H5030CF 2SI Carbon Fiber 30% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5030CF 13TF 2SI Carbon Fiber 30% - PTFE 13% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5030GB Glass Bead 30% Hepla® POM（Copolymerization） View View View View Hepla® H5030GB 10TF Glass Bead 30% - PTFE 10% Hepla® POM（Copolymerization） View View View View Hepla® H5030GF Glass Fiber 30% Hepla® POM（Copolymerization） View View View View Hepla® H5030GF EC Glass Fiber 30% - Electrically Conductive Hepla® POM（Copolymerization） View View View View Hepla® H5030GF 2SI Glass Fiber 30% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5030GF 5TF 2SI Glass Fiber 30% - PTFE 5% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5030GF 13TF 2SI Glass Fiber 30% - PTFE 13% - Silicone 2% Hepla® POM（Copolymerization） View View View View Hepla® H5030GF 15TF UV Glass Fiber 30% - PTFE 15% - UV Stabilized Hepla® POM（Copolymerization） View View View View Hepla® H5040CF Carbon Fiber 40% Hepla® POM（Copolymerization） View View View View Hepla® H5040GF Glass Fiber 40% Hepla® POM（Copolymerization） View View View View Hepla® H5040GF 15TF Glass Fiber 40% - PTFE 15% Hepla® POM（Copolymerization） View View View View NFD ADVANCED COMPOSITES 公司/COMPANY NFD can provide customized services to meet our customers’ differentiated demands by modifying these materials’ properties. The custom-tailored properties cover structural enhancement, electric conduction and electronic screening, flame retardancy, self-lubrication and wear resistance, long (short) carbon fiber reinforcement, long (short) glass fiber reinforcement(LFT), high specific gravity, low specific gravity, medical level quality, heat resistance, toughness, thermal conduction and electric insulation, electric and thermal conduction, laser marking, and magnetic detection. We can also provide nano-plastics, spraying-free plastics and special coloring services. And NFD will continue to honor our words by creating values for our customers with unique products and services. Home and Learn About All Products PRODUCTS SALES SALES INFORMATION East Asia（0.02M） Africa（0.02M） South America（0.02M） Europe（0.02M） North America（0.02M） PRODUCT FINDER FINDING YOUR NEED NFD Company provides large numbers of engineering plastic types and also mature material modification technologies which can meet the applications requiring properties. You can quickly find the materials that meet your product's capabilities here. Our fast delivery mechanism can make your creative ideas quickly become a reality. MORE Copyright © 2018 Jiangsu NFD Composites Co.,Ltd. 苏ICP备17051842号-1
