This high -performance concrete composite self -insulation block uses a fully automatic closed -loop equipment, using the mold box molding process, free of steaming and non -cutting, double or multi -row "overall insulation core" first positioning in the mold box, "rear injection" wet wet Pour the concrete shell, and use high -performance concrete technology to make the block shell injection into the whole with the insulation material. The formation of the building enclosure and thermal insulation function is integrated, and the high -performance concrete self -insulation block with fire function. QX high -performance concrete composite self -insulation block design adopts the "broken bridge" structural design, which can block and effectively reduce the heat loss of the hot bridge parts at the seam. The field pouring is forming to meet the construction energy conservation requirements of more than 75%of the building energy conservation, and achieve the technical requirements of building energy conservation and structure integration, and achieve the purpose of insulation and structure of the same life.

This set of composite self -insulation block production line is independently developed by the company. During the research process of the production line, according to the technical requirements of composite self -insulation blocks, the organic combination of block shells and thermal insulation materials during the production process is used in the production process to reduce The water absorption rate is improved, which improves the anti -seepage of the insulation blocks and antifreeze.

   The supporting production lines developed by the enterprise have the characteristics of high degree of automation, high production efficiency, and strong combination. The automatic ingredient system and the raw material are accurate to ensure the various performance indicators of the product. , Burning, reduce the energy consumption of the production line process to pollute the environment. The production line is equipped with different specifications of molds, which can produce different matching blocks, which can meet the needs of engineering construction.