> POM FW-700M模型EVA/VF110TEVA/EF437PCˉG8F23URPP TF3800PMMA 99527PPˉ3045PA66ˉAF35-02-US PA6德国巴斯夫B35ZPP/RA130E-8427PP/PTYL250PA6 NT0110GBPA6ˉT-802PCˉSD1318POM/F10-03H/TPU A80P4699L TPV 美国AES 121-62M100EVAEV1050G2PBT VX4920 PA12 宇部 3030JLX8 PA66美国杜邦EFE4068B PA66 65A66 PA830PP 1301APA66 A3WG6HRXPCˉ401-11PP/HP530LPC DX03571PBTˉ771PA6/CM1003G30LCP 6642L PPO的介电常数和介电损耗在工程塑料中是***小的品种之一，几乎不受温度，湿度的影响。可用于低、中、高频电场领域（介电常数越小，绝缘性越好）PPO的负荷变形温度可达190℃以上，脱化温度-170℃。
The lectric c***tant and lectric loss of PPO is one of the ***all *** varieties in engineering plastics, and is hardly affected by temperature and humidity. It can be used in low, medium and high frequency electric field (the ***aller the permittivity, the better the insulation). The load deformation temperature of PPO can reach above 190 degrees, and the temperature of dehydration is -170.
PP化学改性创造新材料化学改性不仅可以改变一种树脂的性能，而且可以制造出新品树脂材料。一些目前经常用到的树脂材料就是通过改性得来的，比如超高分子量聚(UHMPE)即是化学改性的产物。这种超高分子量聚极大地了HDPE材料的机械性能。它的耐磨性和自性超过其它工程塑料，机械性能和耐腐蚀性不亚于聚四氟(PTFE)。物理改性共混改性把树脂与其它一种或多种物料通过机械进行共混以达到某些特殊要求，这种就是共混物理改性。共混改性不能改变分子构型，但可以赋予材料新的性能。
PP chemical modification to create new material chemical modification can not only change the performance of a resin, but also create new resin materials. Some of the resin materials currently used frequently are modified, such as ultra high molecular weight polyethylene (UHMPE), which is the product of chemical modification. This ultra high molecular weight polyethylene greatly improves the mechanical properties of HDPE materials. Its wear resistance and self lubricity are higher than other engineering plastics, and its mechanical properties and corrosion resistance are no less than that of PTFE. The physical modification of the blend modifier to blend the resin with other or more materials by mechanical way to achieve some special requirements, this way is the physical modification of blending. Blending modification can not change the molecular configuration, but it can give the material new properties.
? PP/7001/舒尔曼塑料? PP/3045/舒尔曼塑料 管材主要用途
? PP/7001/ Schulman plastic? PP/3045/ PP/3045/ plastic pipe main uses
1、建筑物的冷热水，包括集中供热；
1, the cold and hot water system of buildings, including central heating system;
2、建筑物内的采暖、包括地板、壁板及辐射采暖；
2. Heating systems in buildings, including floors, panels and radiant heating systems;
3、可直接饮用的纯净水供水；
3. The water supply system of pure water which can be directly drunk;
4、(集中)空调；
4. Central (centralized) air conditioning system;
5、输送或排放化学介质等工业用管道
5, transportation or discharge of chemical media and other industrial piping systems.
PA6在汽车领域中的应用
The application of PA6 in the field of automobile
内外饰部件汽车用高性能增强聚酰胺复合材料具有优异的耐气候性、良好的油漆性能和杰出的效果，为了在内外饰方面的使用要求，增强聚酰胺材料应具备以下要求：1). 高耐热，长期使用；2）优异的刚性和韧性的结合；3). 能够强烈的温度和湿度的不断变化而承受巨大的应变；4). 出色的尺寸性，具有防翘曲的效果；
High performance Reinforced Polyamide Composites with high performance for interior and exterior parts he excellent weather resistance, good paint performance and outstanding performance. In order to meet the requirements of internal and external use, the reinforced polyamide materials should he the following requirements: 1) high heat resistance, long term use; 2) excellent combination of rigidity and toughness. (3). It can withstand great changes in temperature and humidity. 4) excellent size stability and warpage resistance.PC/EXL848P 6234WZ PCˉV2500EMAA/CM5023，PBT/VC112/PC XHT214P/HY311
PC‖塑料简介/PC‖塑料(聚碳酸酯)
PC plastics introduction /PC plastics (polycarbonate)
英文名称:Polycarbonate 聚碳酸酯是日常常见的一种材料。由于其无色和优异的抗冲击性，日常常见的应用有光碟，眼镜片，水瓶，玻璃，护目镜、防之玻璃、车头灯等等、动物笼子宠物笼子等。 聚碳酸酯PC‖也是电脑外壳采用的材料的一种，它的原料是石油，经聚酯切片工厂加工后就成了聚酯切片颗粒物，再经塑料厂加工就成了成品，从实用的角度，其散热性能也比ABS塑料，热量分散比较均匀。
English Name: Polycarbonate polycarbonate is a common material. Because of its colorless transparency and excellent impact resistance, daily common applicati*** include optical discs, glasses, water bottles, bulletproof glass, goggles, glass, headlights and so on, and animal cage pet cages. Polycarbonate PC is also a kind of material used in the outer shell of notebook computer. Its raw material is oil. After processing by polyester chip factory, it becomes polyester chip particles, and then processed by plastic factory, it becomes finished. From practical point of view, its heat dissipation performance is better than that of ABS plastic, and the heat dispersion is more uniform.