PC 1303-15C！PC 1303-15C

详细内容：PC 1303-15C！PC 1303-15C PC比利时科思创（拜耳） 3208 ETFE 日本旭硝子 ZL521N（粉） PA66南亚6210GC TPU拜耳优得U-98A20 PP中石化茂名HT9025NX PA6荷兰DSM K223-KMV6 ABS美国陶氏3904 PC日本出光 IR2500PC广州LG SC2202 PPO 基础创新塑料 GTX820-95301 TPU德国巴斯夫1170A POM 美国杜邦 300AT-BK LCP日本宝理A330S VF2001 POM 德国赫斯特 C13021 BK PEI 基础创新塑料(上海) 2110EPR TPU美国泰科纳GF60-01 POM 德国巴斯夫 H4320 LCP美国泰科纳E130i EPDM 美国陶氏 774P PC日本三菱工程 EFR3000 PBT马来西亚宝理CN7030NN POM 美国泰科纳 MC270-HM PA66美国首诺50BW POM 日本宝理 PX-15 ETFE 日本旭硝子 ZL522F（粉） PC伊朗国家石化 PGPC1215 PA66日本宇部2020GC4 PC美国陶氏 3600-10 POM 日本三菱工程 F10-02 PA66德国巴斯夫A3HG10 BK PP台塑5060T TPEE长春1140LHF PC台化 AC3900 POM 日本宝理 M90S LCP日本住友化学SV6808LB PC 1303-15C！PC 1303-15C PC 1303-15C！PC 1303-15C POM A kind of synthetic resin, also known as poly formaldehyde resin, POM plastic, steel material; is a kind of white or black plastic particles, has the characteristics of high hardness, high rigidity and high wear resistance. It is mainly used for gear, bearing, auto parts, machine tool, instrument inside, toy and so on. 1.1 brief introduction 2.2 performance characteristics 1.3 application fields 2.4 performance 1.5 process characteristics 2.6 application brief introduction A kind of synthetic resin, also known as poly formaldehyde resin, POM plastic, steel material; is a kind of white or black plastic particles, has the characteristics of high hardness, high rigidity and high wear resistance. It is mainly used for gear, bearing, auto parts, machine tools, instrument and inner parts, and so on. Characteristic PC 1303-15C！PC 1303-15C PPS菲利普XK2340 BK PC基础创新塑料(南沙) BFL4000U HIPS韩国LG60HR PC日本三菱工程 LDS 3730\13701 EVA日本住友化学SV340 PPS日本住友化学FM-MK-150 PBT荷兰DSMTV4 261 SF TPU拜耳优得UH-64D20PPO 基础创新塑料 GFN2 COC日本瑞翁K26R PC/PET 基础创新塑料 HX8300HP PA66上海罗地亚A 218 W V30 PA12 法国阿科玛 AESNO TL ABS中石油吉化GE150 AS(SAN)台化NF2100 PP沙特PP512A PA66意大利LATI66 H2 G/30 POM 德国赫斯特 MT24F01 TPEE荷兰DSM 60D BK PC日本帝人 ML-3700 PPS美国泰科纳1140L6 TPU深圳科思创（拜耳）UH-64D20 PA12 瑞士EMS LV-5H EVA泰国石化WV1055 PBT美国杜邦HTI668FR TPV 美国埃克森美孚 111-64 PP中石化上海M450E PA66基础创新塑料RCL-4033 PC日本帝人 L-1225L PC日本三菱工程 GS2010MLR GPPS上海赛科GPPS-123 PBT长春4820 HIPS佛山TOTALHI3351LPA612美国杜邦151 PP上海赛科S2040 PC 1303-15C！PC 1303-15C PC 1303-15C！PC 1303-15C (1) POM before processing can not be dry, the best in the process of preheating (about 80 degrees C), the stability of the product size is good. (2) the processing temperature of POM is very narrow (0~215 DEG C), the barrel will stay for a long time or decomposition temperature more than 220 DEG C, produce formaldehyde gas with strong stimulation. (3) the pressure protection pressure of POM injection molding is larger (similar to the injection pressure) to reduce the pressure drop. The screw speed can not be too high and the residual amount is less. (4) POM product shrinkage rate is large, easy to produce shrinkage or deformation of.POM high specific heat, mold temperature high (80~100 degrees C), product die very hot, to prevent scald fingers. (5) POM should be formed under the condition of "medium pressure, medium speed, low temperature and high mold temperature", and the control mould temperature should be used when the precision products are formed. (6) high mechanical strength and rigidity (7) maximum fatigue strength (8) environmental resistance and good organic solvent resistance (9) strong resistance, good electrical properties, good resilience, good lubricity, good wear resistance and good size stability. Modified POM PC 1303-15C！PC 1303-15C PPO 基础创新塑料 GTX974 PP新加坡聚烯烃H531PL POM 宝理 M90S POM 基础创新塑料 KL-004 HIPS国亨PS-350 PC日本三菱工程 LGS-2220M PBT新光D202G15 ABS日本UMGTF402-N10 PP中石化茂名EP2T65MPC广州LG GN1002FH PBT美国杜邦S0653 PP韩国晓星J430 PVC日本钟渊EL-31 PA6德国朗盛BKV30H2.0POM 日本宝理 GH-25 PA66日本旭化成1300S BK PA12 德国赢创德固赛 A2M30 TPE德国胶宝BR1020011 PBT基础创新塑料EXVX1243-1001 PP福聚6231-20 TPV 荷兰DSM 6145 PC/ABS 日本帝人 TN-7700 TPE德国胶宝HTP5881/53PC基础创新塑料 LUX9616 AS(SAN)镇江奇美PN-118L150 PC日本三菱工程 LDS 3734 HDPE伊朗阿拉克石化I3 POM 台塑 FM090 ETFE 美国杜邦 HT-2185 PP韩国SK R390Y PBT长春3030-104E PC泰国三菱工程 GSH2030SR PA66上海罗地亚A 216 V30 PPS菲利普R-7-120 PA6德国弗瑞圣塔B63GV15 PC 1303-15C！PC 1303-15C PC 1303-15C！PC 1303-15C PPA PPA resin is more solid and harder than fatty polyamide, such as nylon 6, 6 and so on. It has lower sensitivity to water, better thermal performance, and better creep, fatigue and chemical resistance. For example, the PPA resin containing 45% glass short fibers has a tensile strength of about 276MPa, the flexural modulus more than 13786MPa, and the thermal deformation temperature (HDT) of 549 degree F. The tensile strength can reach 117MPa even if the mineral filler level is PPA. The extensibility of PPA resin is not as good as that of nylon 6 and 6. However, an unreinforced impact grade PPA resin has been developed, and its notched cantilever impact strength is as high as 20 feet / pound / inch. All polyphenols absorb a certain amount of water, causing plasticization and size change. For example, nylon 6, 6, at 23 degrees F, the relative humidity is 100%, it can absorb 8.9% of the moisture, which makes its glass transition temperature from 6.5 C to a 20 degree temperature, the size increased 2.3%. Under the same conditions, the PPA resin can absorb about 6% of the moisture, but the vitrification temperature of Tg will not be less than 40, and the accompanying size increases not more than 1%. As mentioned before, glass reinforced PPA resin has a high HDT value, which can tolerate short term effects of high temperature, for example, in a furnace, or in steam phase and in the process of infrared countercurrent consolidation. The thermal oxidation stability of PPA resin makes it capable of long-term high temperature effect and glass enhancement PPA. Within 20000 hours, its continuous use temperature can reach 330 F. Under normal conditions, PPA resins usually exhibit excellent anti solubility for fatty hydrocarbons, aromatic hydrocarbons, chlorinated hydrocarbons, esters, ketones, alcohols and most aqueous solutions. This kind of resin can not withstand the effect of extremely strong acid and strong oxidizing agent. It is soluble in phenol and cresol. PPA is not naturally flame-retardant. According to the UL94 standard, the flame retardant grade resin is graded to VO until 0.031 inches thick. PC 1303-15C！PC 1303-15C PA66基础创新塑料(南沙)RFL4536 ABS奇美PA-763A PPO 日本旭化成 X333V BK ABS奇美PA-756HPOM 日本旭化成 4050 LCP日本宝理C820 VF2001 PC日本帝人 G-3110PH LCP日本新石油化学G-430 PA66美国杜邦408HS PA66德国AKROA3GF301 PC基础创新塑料(南沙) ML9624 TPU美国泰科纳GF50-01 TPEE美国杜邦5526 NC TPE美国吉力士G2755C TPV 美国埃克森美孚 201-73 PA/ABS西班牙TRIESAABP70U-02 TPV 荷兰DSM 3135N PC基础创新塑料(西班牙) 121-111 PPO 基础创新塑料 SE1GFN3 PP巴西RP144 ABS基础创新塑料AL001 WH94631L PP韩国韩华道达尔HI831 TPU美国路博润2103-55D PBT惠州南亚1403G3 POM 美国泰科纳 TX90 ETFE 美国杜邦 210 POP美国陶氏GA1900 POM 基础创新塑料 KL-4020 ABS马来西亚东丽900 PP福聚PD-943 TPV 美国埃克森美孚 271-64 ABS/PMMA 韩国三星 SF-0509 BK PBT日本宝理CRN7030B BK PP中石化广州4220S PA66美国杜邦MT409AHS NC PC 1303-15C！PC 1303-15C PC 1303-15C！PC 1303-15C Although other melting processes can be used, the vast majority of PPA resins are processed by traditional injection molding. Pre drying PPA raw material to a humidity level below 0.1% and then loading it into a thermally sealed metal village bag or box. These containers ensure that PPA raw materials need not be dried before processing. The moisture level acceptable to the processing process is 0.15% or lower. The processing of wet resin can reduce the molecular weight and cause the loss of mechanical properties. Using a desiccant bucket dryer, it is easy to dry the resin to the dew point humidity of 25 F or even lower at 175 F. The drying time depends on the amount of water absorbed, usually within the range of 4 - 16 hours. PC 1303-15C！PC 1303-15C PA66美国杜邦132F PBT日本宝理6302T PA66美国泰科纳7020-2 NF2001 PVDF 法国阿科玛 2800-00 PC/ABS 镇江奇美 PC-345 PPS美国泰科纳6165A6 PP韩国韩华道达尔RJ570 TPV 美国埃克森美孚 271-73 ABS马来西亚东丽700-314 HIPS奇美PH-88 TPEE新疆蓝山屯河TH3055 PA66日本宇部NAE2216PC基础创新塑料 DX063131 PP新加坡聚烯烃AW564 EVA山东联泓UL00218 LLDPE台聚LL405 PC基础创新塑料 EXL1463C PA66德国巴斯夫A3K PA66基础创新塑料RF-006S TPUS85A TPV 美国埃克森美孚 123-40 LCP日本住友化学E7008 POM 基础创新塑料 KL-4030 HDPE台聚LH901 PC德国科思创（拜耳） 1795 551022 POM 韩国可隆 K500HS POM 日本宝理 MS-02 PVC南通吉汇化工5739 POM 美国杜邦 DE-8903 PA66基础创新塑料RB004 PC日本三菱工程 EFR3000 PA66美国杜邦CDV808 PPO 基础创新塑料 HS1000X-701 PPO 基础创新塑料 NLV025-111 ABS高胶粉泰国石化5100AH PC 1303-15C！PC 1303-15C PC 1303-15C！PC 1303-15C PPO performance 1. It's white particles. It has good comprehensive performance and can be used in 120 degrees of steam. It has good electrical insulation and small water absorption, but it has the tendency of stress cracking. The modified polyphenylene ether can eliminate stress cracking. 2. It has outstanding electrical insulation and water resistance. It has good wear resistance and electrical properties, and has good dimensional stability. Its dielectric property ranks first in plastic. 3, MPPO is a modified material made by blending PPO with HIPS. At present, the materials on the market are all such materials. 4, high heat resistance, glass transition temperature 211 degrees, melting point 268 degrees, heating to 330 degrees, and decomposition tendency. The higher the content of PPO, the better the heat resistance and the hot deformation temperature can reach 190 degrees. 5, the flame retardancy is good, it has self interest, and it has medium combustibility after mixing with HIPS. It is light and non-toxic and can be used in the food and drug industry. Poor light resistance, long time in the sun will be discoloration. 6. It can be modified by blending with ABS, HDPE, PPS, PA, HIPS, glass fiber and so on. PPO plastic raw material characteristics: A and PPO plastic materials are non-toxic, transparent and relatively small in density. They have excellent mechanical strength, stress relaxation, creep resistance, heat resistance, water resistance, water vapor resistance and dimensional stability. Molding process PPS is a thermoplastic engineering plastic containing benzyl sulfide on the main chain of the molecule, which is a polyether. PPS plastic material English Name: Phenylenesulfide specific gravity: 1.36 g / cubic centimeter molding shrinkage: 0.7% Molding temperature: 300-330 centigrade. It is a kind of special thermoplastic engineering plastic with excellent comprehensive performance. Its outstanding characteristics are high temperature resistance, corrosion resistance and superior mechanical properties.