POSITION：HOME > MEET THE CUSTOMER’S DEMAND FOR HIGH PERFORMANCE——SPECIAL MODIFIED PLASTICS We can provide customized services of high-performance modified plastic. Including: structural enhancement, electrical conductivity and anti-static, flame retardant, wear resistance and self-lubricating, long or short carbon fiber reinforcement, nano antibacterial, long or short glass fiber reinforcement (LFT), adjustable material density, medical grade, high temperature resistance, high ductility, conduct heat and insulation,conduct heat and electricity,LDS laser forming,magnetically detectable performance,spray-free performance, megathermal special dyeing and so on. Those can meet the different needs of customers and creat greater added value for our customers. Modified Materials Handbook+ View Modified Materials Handbook+ View FUNCTIONS WE CAN ACHIEVE Structural enhancement material Carbon fiber reinforced plactic to replace steel Wear resistance and self-lubricating Flame retardant UL94 V0 Nano antibacterial High temperature resistance Thermal conductivity Electrical conductivity & Anti-static LDS Laser molding Magnetically detectable performance Spray-free performance High temperature dyeing Special customization EMI electromagnetic shielding Adjustable material density FINDING ITEMS NEEDED KEY PRODUCTS ADVANCED COMPOSITES MORE Tepla® Advanced Composites can be used at the high temperature of 150℃ to 390℃ for a long time. These materials offer excellent sliding friction and chemical resistance at high temperatures for a long time. And these materials also have other comprehensive such as fatigue resistance, low specific gravity, super strength, flame retardancy, toughness and creep resistance,and so on. Tepla® TPI Tepla® PAI Tepla® PEI Tepla® PEEK Tepla® PAEK Tepla® PEKK Tepla® PES Tepla® PPSU Tepla® LCP Tepla® PPS ENGINEERED PLASTICS MORE Hepla® engineered plastics are characterized with excellent strength, rigidity, impact resistance, heat resistance, aging resistance, wear resistance, and corrosion resistance, the latter three properties among which are better than those of general plastics. Thus, Hepla® engineered plastics are often used to produce structural components of greater mechanical strength. And, NFD can also provide customized services for special functional plastics, to meet our customers’ differentiated needs and create values for them with unique products. Hepla® PA66 Hepla® PA6 Hepla® PA12 Hepla® PC Hepla® PBT Hepla® POM（Homogeneous） Hepla® POM（Copolymerization） Hepla® PTE Hepla® PPO Hepla® PP Hepla® ABS Hepla® PARA Hepla® PA46 Hepla® PPA THERMOPLASTIC ELASTOMER MORE Elastever® thermoplastic elastomers not only embody excellent properties of traditional cross-linking vulcanized rubber, like high elasticity, aging resistance and oil resistance, but also exhibit outstanding characteristics of ordinary plastics, like ease of processing, wide-ranged processing methods etc. Elastever® TPEE Elastever® TPV Elastever® TPUT Elastever® TPUR PLASTIC ALLOY MORE Plamt® plastic alloy is a new class of high-performance, functional, and specialized materials obtained by physical blending or chemical grafting. The characteristic of the alloy is that the advantages are complementary. Dating a new resin improves the comprehensive performance of another resin, realizing the advantages and disadvantages, and thus obtaining new special beads for the material. Plamt® PET/PBT Plamt® PA/ABS Plamt® PC/PMMA Plamt® PC/PSU Plamt® PC/ASA Plamt® ASA/PBT Plamt® PC/ABS Plamt® PC/PBT CUSTOMIZATION MORE NFD has independent R&D institutions and related supporting equipment. We can carry out material development and supporting functions according to your needs to help you realize the innovative functions of the products. If you are distressed in choosing a material with a special function, please contact us as soon as possible and we will be happy to help you! Carbon Fiber Modification Glass Fiber Modification Glass Bead Modification Aramid Fiber Modification PTFE Modification Mineral Modification Graphite Modification Metal Powder Modification Molybdenum Disulfide Stainless Steel Fiber Modification Carbon Nanotube Modification
