PP J-380A！PP J-380A ‖。PA6 RB133 PP 6507N 、→，CAquaUN 、‖。TPU TE80AA PP 1605 、‖。PPE-15937B 、‖。TPU 121 、→，PPO PKN4775 、→，POE 3139 、‖。PEI JD7906 、‖。PBT WF1003 、‖。PMMA SR8500 、‖。PPO GTX918WR TPV UN-7010-80NT 、‖。PA6 JW21 、→，PC CF-1051 、→，PP J-452H POE 8200 、‖。PP R7700 、→，SIS D1183B LDPE SD330 、‖。TPV 3470 、→，TPU MH24-50 、→，TPU S60D 、→，AS、→，PA6 1015GH35 PP MPS20M 、→，PP HP528NH 、→，LCP C400HD PC 945 WH4D146 PC/、‖。PC LN-2520HB 、‖。EPDM S600F PA66 2020GC4 PP 6262DIGILYTE PA6 73G30HSL 、→，LDPE 28H430 PC GSH2020TR MV、→，PC/、→，LLDPE PE-135 、→，PBT HR5330HFS 、→，ETFE l200 PA6 6GF50 PPS 9120L4 、‖。AS 552495 、‖。PC EXL4016 、‖。POM F20-54 PC 503R-131 PC DS0029 、‖。PP 3117ANC1 PA66 RFL-4033 、→，PBT 5820G40H TPU BTE-75A 、‖。 3165 LDPE NA272130 PP 1255-01 、‖。PC/ABS 7560 BK PPS OF006 、→，LDPE C-26 、‖。POM F20-03 PA46 TS256F6 PP H07-00 、→，IXEF 1022/9008 、‖。PPO PO2318A 、→，POM FU2015 、→，PBT BF4232 、→，PA66 54G43 、→，TPEE 1192A PC/ABS C6600-BK TPE G7630-9 POM KD000 EPDM J-0050 、‖。TPE 1025NM|1002 、→，PP CX04-82 COC 9X06519 、‖。PBT 1500G15 、‖。PP N00N-00 、‖。PP HC101BF PC/、‖。EPDM 3070 、‖。TPE TC5FRN HDPE A5043 PA12 3035LU1 、→，TPV X6145 TPE 6002-55A PP CPC 04C 、‖。PC/ABS 、‖。PC/ABS HI-1001BP 、→，PLA 124789B 、‖。TPEE EL740-S TPU MB-51UV 、‖。TPE A1600 、‖。PC G1920 、‖。PP 52MH648 PA6 B3S 、→，EAA 5890 、‖。PA6 DP2131/20H3.0 PC/ABS GN-5101RF TPU DP1966AW 、‖。POM S9063 PC/ABS TC-38M EPDM 1703P PC RX2530 、‖。PC/ABS PX10-X06 、→，PPS P2020A 、‖。PC/ABS NL001 PC/ABS GP-5008B 、‖。PA66 A3WG8 、‖。TPE TP7MCA TPE TO133 、 PP J-380A！PP J-380AEVA as the product of disposable medical instruments mostly use medical grade PVC (PVC)?or?polycarbonate (PC), and PVC in the process of thermal decomposition has strong corrosion of PC steel, high hardness, high viscosity, and therefore must be polished performance of corrosion resistance, wear and high on plastic part parts material requirements. Most medical injection machines adopt the hard chromium plating method of the machine barrel screw?or?the stainless steel as the material to make the machine simple screw to meet the special requirements. In addition, in order to prevent gas in the process of thermal decomposition of PVC, requirements for fixed template surface aluminizing treatment, but also for foreign gold?or?aluminum panels made of stainless steel sheet metal, sheet metal joint using non-toxic silicone seal to prevent gas generated in the manufacturing process of plastic ran outside (gas generated in the process of plastic processing can be collected through special equipment after purification treatment can be discharged into the atmosphere). PVC is the main source of dioxin. Dioxin (TCDD), two oxygen (Miscellaneous) the most deadly dioxin in the family is a kind of substance, as everyone knows the carcinogens and catabolic hormones and a toxic compound, has a great harm to human and animal. When PVC production, recycling and scrap in the incinerator,?or?PVC products in the combustion accident such as garbage landfill, will produce dioxin. EEA application area 1, EEA is flexible, flexible, flexible hose, low temperature seal ring, communication cable semi conductive casing, surgical bags, surgical gloves, packaging films and containers. 2, EEA can be used as a modifier for high temperature resistant extrusion coating (good adhesion to matrix material) and other plastics at low temperature resistance and environmental stress cracking. 3, EEA can be used as carbon black to make conductive material. 4, EEA injection molding of automobile steering wheel and other parts, motor parts, safety equipment, cold storage tray, household goods, sports shoes etc.. 5, EEA can be hollow in all kinds of oil and drug containers. 6, EEA can be coated and laminated products can be used as a variety of packaging materials, metal coatings. 7, EEA can be used as electrical insulation material, shrinkable packaging film, shrinkable pipe, composite film and foam plastic. EEA is more used in food packaging than EVA, POE, EAA and other polyolefin resins, and the content of EA can not exceed 8% of FDA. LCP plastic raw materials are excellent in terms of high strength, high rigidity, high temperature resistance and electrical insulation. They are used in the fields of electronics, electrical, optical fiber, automobile and aerospace. 2) liquid crystal fibers can be used for fishing nets, bullet proof clothing, sports goods, brake linings, optical fiber display materials, etc., and can also be made into thin films for soft printed wiring, food packaging and so on. 3) LCP plastic materials have been used in microwave oven containers, which can withstand high and low temperatures. LCP can also be used for printed circuit boards, satellite electronic components and jet engine parts, for electronic and automotive parts?or?components, and for medical treatment. 4) LCP plastic raw materials can be filled with high filler as an integrated circuit packaging material instead of epoxy resin as the packaging material of the coil skeleton; as optical fiber cable connector sheath and high strength element; instead of ceramic as the filling material in the separation tower for chemical industry. 5) LCP plastic raw materials can also be made of alloy and polysulfone, PBT, polyamide blends of plastic parts molding, high mechanical strength, to replace the polysulfone glass fibre reinforced plastic, which can improve the mechanical strength, and can improve the use strength and chemical stability etc.. At present, the LCP is being used to use the outer panel of the space vehicle, the brake system of the car and so on. The chemical properties of PA6 are very similar to that of PA66. However, the melting point is low and the range of process temperature is very wide. Its impact resistance and resistance The solubility is better than PA66, but it is also more hygroscopic. Because many of the quality properties of the plastic parts are affected by the hygroscopicity, the PA6 is designed to be used. The product should be fully considered when it comes to the product. In order to improve the mechanical properties of PA6, a variety of modifiers are often added. Glass fiber is the most common Additives, sometimes in order to improve the impact resistance also added to synthetic rubber, such as EPDM and SBR. For a product without additives, the contraction of PA6 Between 1% and 1.5%. Adding glass fiber additives can reduce the shrinkage to 0.3% (but a little higher in the direction perpendicular to the flow). The shrinkage rate of the formed assembly is mainly influenced by the crystallinity and hygroscopicity of the material. The actual shrinkage rate is also related to the design of plastic parts, wall thickness and other process parameters.