1、玻璃钢桥架具有耐热性强、热膨胀系数低、阻燃性好、绝缘性能高、耐腐蚀性能强、使用寿命长等优点，比传统产品有优势。 1. The glass steel bridge has the advantages of high heat resistance, low thermal expansion coefficient, good flame retardancy, high insulation performance, strong corrosion resistance and long service life, which have advantages over traditional products.   2、结构上的优化设计，提高了电缆桥架安装的灵活性和快捷性。 2. Optimized design of structure, improved the flexibility and fast speed of cable bridge mounting.   传统电缆桥架结构复杂，所需零部件达1700多种，而新型电缆桥架仅采用70多个零部件就能满足要求，电缆沟支架，大大提高了电缆桥架安装的灵活性和快捷性。 Traditional cable bridge structure is complex, the needed parts of more than 1700 kinds, and new type cable tray with more than 70 parts only can meet the requirements, in cable trench, greatly improving the cable tray installation flexibility and speed.   3、玻璃钢桥架提高高分子材料的利用率，电缆沟支架，玻璃钢电缆桥架，通过验证比常规提高5﹪左右。 3. Reinforced polymer material utilization rate, cable channel bracket and glass steel cable bridge frame are improved by 5 percent by verification.   4、具有良好的外观设计，及其较高的装饰性。 4. Good appearance design and high decorative.   该产品采用可塑强的塑料材料，经注塑和挤出成型加工而成，具有良好的外观设计，玻璃钢电缆支架，通过结构上的优化设计，使其可任意组合，装饰性较强。 It adopts plastic plastic materials, the injection molding and extrusion molding processing and become, have good appearance design, glass fiber reinforced plastic cable support, through the structural optimal design, make its can be any combination, adornment sex is strong.   5、玻璃钢桥架结构上优化设计，玻璃钢电缆支架，受火情况下能保障电缆正常工作。 5. Optimized design of glass steel bridge frame structure, reinforced glass steel cable bracket, which can guarantee the normal work of cables under fire.   经过精心设计，合理改造，对桥架内气流循环冷却系统做了创新，与同类产品相比具有很大优势。 After careful design and reasonable transformation, the cooling system of airflow circulating in the bridge is innovated, which has a great advantage over similar products.   6、合理的配用防火隔热材料 6. Reasonable fireproof insulation material   玻璃钢桥架对防火外壳材料进行合理配用，大大提高了产品的耐火时间和燃烧时的氧指数 The glass reinforced plastic bridge is used for the reasonable application of fireproof shell material, which greatly improves the refractory time and the oxygen index of the combustion