杜邦POM Delrin同系列型号介绍
Delrin 100 NC010 High Viscosity Acetal Homopolymer
Delrin 100AL NC010 Lubricated, High Viscosity AcetalHomopolymer
Delrin 100P BK602 High Viscosity Acetal Homopolymer
Delrin 100P NC010 High Viscosity Acetal Homopolymer
Delrin 100PE NC010 High Viscosity Acetal Homopolymer, Very LowEmissions
Delrin 100ST BK602 Super Tough, High Viscosity AcetalHomopolymer
Delrin 100ST NC010 Super Tough, High Viscosity AcetalHomopolymer
Delrin 100T BK602 Toughened, High Viscosity AcetalHomopolymer
Delrin 100T NC010 Toughened, High Viscosity AcetalHomopolymer
Delrin 100TL NC010 High Viscosity Acetal Homopolymer with 1.5% PTFEMicropowder
Delrin 111P BK402 High Viscosity Acetal Homopolymer, EnhancedCrystallization
Delrin 111P NC010 High Viscosity Acetal Homopolymer, EnhancedCrystallization
Delrin 127UV BK701 UV Stabilized Black Acetal Homopolymer, HighViscosity
Delrin 127UV NC010 UV Stabilized Acetal Homopolymer, HighViscosity
Delrin 150 NC010 High Viscosity Acetal Homopolymer forExtrusion
Delrin 150XV BK602 High Viscosity Acetal Homopolymer for ExtrusionVoid Free in Thick Sections
Delrin 150XV NC010 High Viscosity Acetal Homopolymer for ExtrusionVoid Free in Thick Sections
Delrin 1700P NC010 Ultra Low Viscosity Acetal
Delrin 1700SL NC010 Low viscosity acetal resin, low wear / lowfriction
Delrin 300CP BK642 Medium-high Viscosity AcetalHomopolymer
Delrin 300CP NC010 Medium-high Viscosity AcetalHomopolymer
Delrin 300PE NC010 Medium-High Viscosity Acetal Homopolymer, VeryLow Emissions
Delrin 311DP BK402 Medium-high Viscosity Acetal Homopolymer,Enhanced Crystallization and Dimensional Stability
Delrin 311DP NC010 Medium-high Viscosity Acetal Homopolymer,Enhanced Dimensional Stability and Productivity
Delrin 500AL NC010 Lubricated, Acetal Homopolymer, MediumViscosity
Delrin 500CL BK601 Chemically Lubricated, Medium Viscosity AcetalHomopolymer
Delrin 500CL NC010 Chemically Lubricated, Medium Viscosity AcetalHomopolymer
Delrin 500MP NC010 Lubricated Medium Viscosity Acetal HoimopolymerWith Teflon PTFE Micropowder
Delrin 500P BK602 Medium Viscosity Acetal Homopolymer
Delrin 500P NC010 Medium Viscosity AcetalHomopolymer
Delrin 500PE NC010 Medium Viscosity Acetal Homopolymer, Very LowEmissions
Delrin 500T BK602 Toughened, Medium Viscosity AcetalHomopolymer
Delrin 500T NC010 Toughened, Medium Viscosity AcetalHomopolymer
Delrin 500TL NCTeflon PTFE Micropowder in AcetalHomopolymer
Delrin 511DP BK402 Medium Viscosity Acetal Homopolym
POM塑胶原料美国杜邦100P.23P.200P.500.100.90EM.500P.DE9422.100P.DE20171.500T.
127UV.100T.45P127UVNC.527UV.111P.311DP.500WT.500AL.390PM.527UVNC
.500AF.500CL.525GR.588P.911P.390PM.107UV.511P.570.900P.507
(1)POM塑胶原料台湾台塑钢FM090,FM270,FM130,FM350,FM450,FM550
(2)POM塑胶原料德国巴斯夫N2320-003,N2200,H2320-006,H4320-Q600,S2320-003,W2320-003
N2200G53UN.N2211P.N2540.N2640Z4.N2720M63.Z2320-003.N2640E4.FK66003.N2720-M43
(4)POM塑胶原料日本宝理KT-20.VC-11.M90S、M90-04.M90-44.M90-45.M25-44.
LW90S2、CP15X.TR-20TR-10D.TR-5.GB25.GC25.GH-25.SW01.U10-01、
OL-10.SF-20.NW-02.M270.HP25X.KT-20.M25-44.M25S.M270-44.M270S.M90
(5)POM塑胶原料 POM韩国工程塑料F20-52.F25-03HT.F25-63.FG2020.TC3020.ET-20A.ET-20S.F15-33.FG2020.FG2025-BK
POM韩国工程塑料FU2020.FV-30A.TE-22.TX-31.F10-02.F20-02.F20-03.F25-03H.F30-03.F40-03.FG2015
POM 韩国工程塑料FG-2025.FL2020.FU-2015.FU2025.FU2050.F10-03H.TE-24S.TS-25H
(6)POM塑胶原料 日本三菱工程G2025.FX-11J.F20-03.FG2025.F30-03
(9)POM塑胶原料 POM日本旭化成4513E328320.CF454.DG450.GN455.GT525.HC460.HC750.LA531.LA541
POM日本旭化成LA543.LC750.LD755.LM511.LT802.LT804.LT-805.LZ750.SA472.SH510
POM日本旭化成Z4513.ZH760.3013A.7010.AK510.AK751.HC450.LA501.MT754.TFC64
POM日本旭化成2010.2013A.3010.4013A.4513.4520.4563.4590.5013A.7050.7520.7554
POM 日本旭化成FS410.HC760.SG452.Z3510.LP401.LP402.SH310
(10)POM 日本东丽 S731、S761
(11)POM 张家港杜邦-旭化成3010.7520.4520
(12)POM 德国赫斯特 C52021MT24U01.C27021
(13)POM 韩国科隆K300、K700
(14)POM 美国赫斯特 LW90-SC.C9021
(15)POM 云南云天化 M90、M270
(16)POM 南通三菱丽阳 F20-03.F30-03
(17)POM 美国LNP:KB1003
(18)POM 南通宝泰菱 M90-44
杜邦POM Delrin介绍
DELRIN聚甲醛产品具有独特的粘接强度、硬度、不易弯曲、尺寸稳定性、韧性、耐疲劳性、耐溶剂、阻燃、抗磨损、耐用、低摩擦等特点，它可以被用来填补金属和一般塑料之间的不足。
POM（聚甲醛树脂）定义：聚甲醛是一种没有侧链、高密度、高结晶性的线型聚合物。按其分子链中化学结构的不同，可分为均聚甲醛和共聚甲醛两种。两者的重要区别是：均聚甲醛密度、结晶度、熔点都高，但热稳定性差，加工温度范围窄（约10℃），对酸碱稳定性略低；而共聚甲醛密度、结晶度、熔点、强度都较低，但热稳定性好，不易分解，加工温度范围宽（约50℃），对酸碱稳定性较好。是具有优异的综合性能的工程塑料。有良好的物理、机械和化学性能，尤其是有优异的耐摩擦性能。俗称赛钢或夺钢，为第三大通用塑料。适于制作减磨耐磨零件，传动零件，以及化工，仪表等零件。
聚甲醛是一种表面光滑、有光泽的硬而致密的材料，淡黄或白色，薄壁部分呈半透明。燃烧特性为容易燃烧，离火后继续燃烧，火焰上端呈黄色，下端呈蓝色，发生熔融滴落，有强烈的刺激性甲醛味、鱼腥臭。聚甲醛为白色粉末，一般不透明，着色性好，比重克/立方厘米，成型收缩率成型温度170-200℃，干燥条件80-90℃2小时。POM的长期耐热性能不高，但短期可达到160℃，其中均聚POM短期耐热比共聚POM高10℃以上，但长期耐热共聚POM反而比均聚POM高10℃左右。可在-40℃～100℃温度范围内长期使用。POM极易分解，分解温度为280度，分解时有刺激性和腐蚀性气体发生。故模具钢材宜选用耐腐蚀性的材料制作。
POM美国杜邦500P - 商品批发价格 - 百度爱采购原料报价