1、电性能好 用于制造电器产品的纤维加强聚酯材料有如下的电性能： 绝缘电阻（浸水24h）：1.0x10 MΩ 耐电弧： 180s 耐漏电起痕指数：≥600v 绝缘防护和抗爬电指标吻合DIN/VDE相干标准。这种材料不仅具有极佳的电绝缘性，而且在高频下亦能保持优秀的介电性能，不受电磁作用，不反射电磁波。这些性能远非金属材料所能相比。         2、耐化学腐蚀 纤维加强聚酯材料具有很好的耐酸、稀碱、盐、有机溶剂、海水等腐蚀的特征，而金属材料不耐酸、不耐海水腐蚀。         3、轻质高强 比强度和比模量是衡量材料承载能力的指标之一，纤维加强聚酯材料的比模量与钢材相称，但其比强度可达到钢才的4倍。         4、抗委靡性能好 纤维加强聚酯材料的拉伸强度略好于钢材，钢材及大多数金属材料的抗委靡极限是其拉伸强度的40%-50%，而纤维加强的复合材料的抗委靡极限普遍高于这一数值，最高的可达到70%-80%。         5、缺口敏感性 当构件超载并有少量纤维断裂时，载荷敏捷分配在未破坏的纤维上重新达到力学平衡。这是金属构件不能相比的。         6、热导率低、膨胀系数小 在有温差时所产生的热应力比金属小的多。          7、优秀的耐紫外线抗老化性能 在非金属材料中，纤维加强聚酯材料有着良好的抗老化性能。经过抗老化性能测试注解，使用地点不同，所处天气带不同北京设计，其外观最大老化厚度为20年小于50μm。大多数箱体的最小厚度为5mm，小于箱体厚度的1%，因此对箱体的机械性能没有显明的影响。

1, good electrical performance of electrical products used in the manufacture of fiber reinforced polyester material with electrical properties as follows: insulation resistance (immersion 24h): 1.0x10 M arc resistance: 180s tracking index: 600V insulation protection and anti creepage index DIN/VDE coherent standard agreement. This material not only has excellent electrical insulation, but also can maintain excellent dielectric properties at high frequencies without electromagnetic interaction and no reflection of electromagnetic waves. These properties are far from comparable to metal materials. 2, chemical resistance fiber reinforced polyester material has good acid resistance, dilute alkali, salt, organic solvents, seawater and other corrosion characteristics, and metal materials are not acid resistant, not resistant to seawater corrosion. 3, the strength and specific modulus of lightweight high-strength concrete is one of the indicators to measure the bearing capacity of materials. The modulus of fiber reinforced polyester material is commensurate with steel, but its specific strength can reach 4 times of steel. 4, good anti fatigue properties of fiber reinforced polyester material tensile strength is slightly better than that of steel, steel and most metal materials of anti fatigue limit is the tensile strength of 40%-50% composites, and the anti fatigue limit of fiber reinforced is generally higher than this value, the highest up to 70% -80%. 5, notch sensitivity, when the component overload and a small amount of fiber fracture, the load is quickly distributed on the undamaged fiber to achieve mechanical balance. This is not comparable to metal components. 6, the thermal conductivity is low, the coefficient of expansion is small, the thermal stress produced when the temperature difference is much smaller than the metal. 7, excellent UV resistance and anti-aging properties in non-metallic materials, fiber reinforced polyester materials have good anti-aging properties. According to the test of anti-aging performance, the location is different, and the weather zone is different from Beijing. The maximum aging thickness of the design is 20 years, less than 50 m. The minimum thickness of most boxes is 5mm, less than 1% of the thickness of the box, so there is no obvious impact on the mechanical properties of the box.