产品详情
SUMIKASUPER LCP E6007LHF 住友化学 高流动性 35%玻纤增强 液晶聚酯
住友化学生产的 SUMIKASUPER LCP E6007LHF 是高流动性、超高耐热性、高刚性的标准热致液晶聚酯 (LCP) 级。它采用 35% 玻璃纤维增强。它具有低翘曲、高强度、提高透光率、高耐热老化性、低粘度、高成型性、低收缩率和低线膨胀系数（流动方向）。它具有高速凝固、飞边少、高各向异性、低焊接强度、快速凝固速度、优异的阻燃性、低吸水性、最高的极限氧指数和高热稳定性。
它具有出色的耐化学性、耐热水性、加热时产生的气体量低、可与现成的粘合剂粘合且无需表面处理。它显示出高温和高剪切速率对表观熔体粘度的依赖性。当暴露于油中时，即使在高温下，它也不会膨胀或变质。采用超声波焊接，适用于无铅焊接（SMD）。 SUMIKASUPER LCP E6007LHF适合高精度注塑加工。用于DDR和RIMM。符合 UL 94 V-0 阻燃等级。
SUMIKASUPER LCP E6007LHF by Sumitomo Chemical is high fluidity, ultra-high heat resistant, high rigidity and standard thermotropic liquid crystalline polyester (LCP) grade. It is reinforced with 35% glass fiber. It exhibits low warpage, high strength, increased light transmittance, high heat aging resistance, low viscosity, high moldability, low shrinkage and low coefficient of linear expansion (flow direction). It offers high-speed setting with less flash production, high anisotropy, low weld strength, rapid solidification speed, excellent flame retardancy, low water absorbency, highest limiting oxygen index and high thermal stability. It provides outstanding chemical resistance, hot water resistance, low amount of gas generation on heating, bondability with off-the-shelf adhesives and no surface treatment. It shows high temperature and high shear rate dependence on apparent melt viscosity. It does not expand or deteriorate when exposed to oils, even at high temperatures. It is welded with ultrasonic welding and applicable to lead-free soldering (SMD). SUMIKASUPER LCP E6007LHF is suitable for processing by high precision injection molding. Used in DDR and RIMM. Complies with UL 94 V-0 flame rating.
Product Type LCP (Liquid Crystal Polymer) > LCP
Physical Form Liquid, Crystalline
SUMIKASUPER LCP是工程塑料中有最高耐热性的熔融液晶性全芳香性聚酯(Thermotropic Liquid Crystalline Polyester)，具有下列的基本构造。是常为所知的液晶聚合物的一种。
液晶聚合物如名字表示的那样具有在熔融状态变成液晶状态的特征。因此在偏光显微镜下可观察到液晶聚合物加热熔融时透光性大幅增加的现象。通常的聚合物是观测不到这种特殊现象。
耐热性 分解开始温度
负荷弯曲温度
长期耐热性
负荷弯曲和长期使用可能温度
耐焊锡性
机械特性
成型品壁厚依赖性
物性的各向异性
熔接强度
弯曲弹性率的温度依赖性
可再生性
难燃性 难燃性
电气特性 电气特性
其他特性 气体产生量
吸水性
耐化学药品性
耐热水性
