English Version
应用领域
高性能市场的工程解决方案
汽车电气家用电器 等行业的性能要求不断提高,加上铸造金属的成本上涨,促使设计工程师考虑新产品替代材料。热固性复合材料有许多独特性能——强度出众、重量轻、耐腐蚀、抗紫外线、不导电、热学性能极好——超过热塑性塑料和金属,特别是铸钢和铝。

例如,因为热固性复合材料不会生锈和腐蚀,可用在室外和极端环境下,而且,由于许多零件可与部件一起进行模塑,无需最后加工,从总体制造角度来看通常更经济。热固性复合材料的比强度优于大多数金属,是传统材料的可靠替代品,它们正迅速成为在高新性能应用领域寻找降低成本的设计工程师们的精选材料。


Executive Summary
Increasing performance demands in automotive, electrical, and appliance industries, plus the rising cost of metals, is prompting design engineers to consider thermoset composites for new products. These materials have many unique properties — exceptional strength, light weight, corrosion resistance, UV resistance, electrical non-conductance, exceptional thermal properties — that make them desirable over thermoplastics and, in particular, metals, such as cast steel and aluminum. They are fast becoming the material of choice for design engineers looking to reduce cost in high-performance applications.

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