新型復合電纜橋架研究

     目前市場上比較好點的電纜橋架，屬于玻璃鋼材料制作的，但隨著市場的不斷發展，玻璃鋼橋架造價高，不環保等缺點也開始凸顯出來，雖然玻璃鋼電纜橋架能很好地做阻燃，但在遇到明火時能產生大量的濃煙，也建筑的消防安全造成很大的安全隱患。
    當前物價不斷上漲，通貨膨脹嚴重，電纜橋架的原材料漲價給低水平的傳統電纜橋架帶來巨大的沖擊，傳統橋架工藝水平低，制作簡單，因此是一種附加值較低的產品，從價值創造的角度分析，傳統的電纜橋架并沒有創造多少價值。
    本文研究一種高分子和無機阻燃燒材料的有機的防火環保材料電纜橋架。
    它從市場需求出發，主要從以下幾方面作改進提高：
    (1)傳統電纜橋架變形問題。
  （2）提高電纜橋架防火、防水性能的關鍵技術。
  （3）電纜橋架的蒸汽碳化養護關鍵技術。
    這種新型電纜橋架具有導熱系統低，組熱性能好，剛性好，重量輕。
    各類電纜橋架參數比較。

At present, the better cable bridge in the market is made of glass steel. However, with the continuous development of the market, the cost of the FRP Bridge is high, and the disadvantages of environmental protection are also highlighted.
FRP cable rack can well make fire retardant, but it can generate a lot of smoke when exposed to open fire, and also cause great security risks for building fire safety.
At present, prices are rising and inflation is serious. The price increase of the raw material of cable bridge brings great impact on the low level traditional cable bridge. The traditional bridge technology is low, and the production is simple.
One is a product with low added value. From the perspective of value creation, the traditional cable tray does not create much value.
In this paper, a kind of organic fireproof and environmental protection material cable bridge with polymer and inorganic resistance combustion material is studied.
From the perspective of market demand, it improves mainly from the following aspects.
(1) the problem of the deformation of the traditional cable bridge.
(2) improve the key technology of fire protection and waterproof performance of cable tray.
(3) key technologies for steam carbonization maintenance of cable tray.
This new cable tray has low thermal conductivity, good thermal performance, good rigidity and light weight.
The parameters of all kinds of cable bridges are compared.