Environmentally-friendly thermal insulation and fireproof material--soluble ceramic fiber

The main chemical components of ceramic fibers are AL2O3, SiO2, and their properties are very stable. They are not degraded in nature and animals, and there are environmental risks.

After decades of development, in the late 1990s, soluble ceramic fibers (low-biopersistent fibres or Bio-soluble fibrils) with SiO2, MgO, and CaO as main components were launched from Europe and the United States. With the characteristics of degradation in the natural environment and animals, it is a new generation of environmental protection, green thermal insulation fire protection products, the goal is to replace ordinary ceramic fibers. However, in the initial stage of the introduction of soluble ceramic fibers, in addition to the environmental superiority, the performance of other aspects is inferior to ordinary ceramic fibers, and the cost is high, thus limiting its application. After nearly 20 years of development, soluble ceramic fibers have no difference in performance with ordinary ceramic fibers, and the cost has been significantly reduced. Therefore, the application of soluble ceramic fibers in developed countries such as Europe, America and Japan is rapidly developing.

As with ordinary ceramic fibers, the optional ceramic fibers are also white fibers and can be made into loose cotton, carpets, plates, modules, textiles, etc., in which the textiles, like common ceramic fiber textiles, need to be blended with viscose to form, and Made of glass and stainless steel wire.

In the early 2000s, soluble ceramic fiber textiles began trial production in China. In order to visually distinguish them from common ceramic fibers in the production process and in customer applications, a certain amount of green dyed viscose was added to the blended textiles. This resulted in soluble ceramic fibers. Textiles are light green. Of course, choosing green is also green.

Beijing Feifufu's production team has more than 20 years of experience in the production of various types of inorganic fiber textiles, including glass fiber, ceramic fiber, soluble ceramic fiber, etc. The form includes yarn, cloth, tape, braiding (packing), twisted rope, etc. Etc., can also be sintering, coating, coating and other processing. The textile equipment that has undergone the engineers' own research and transformation has higher production rate and efficiency than its counterparts, especially the production rate of soluble ceramic fiber textiles has been no lower than or even slightly higher than that of ordinary ceramic fiber textiles (the spinnability of soluble ceramic fibers. Ordinary ceramic fibers are poor).

In the world with increasingly high requirements for environmental protection, the prospects for the application of soluble ceramic fibers are very bright. With the Chinese, the Chinese government and non-government organizations are becoming more and more profound with regard to environmental protection, and the quality of life and work. With increasing demands, it is believed that the application of soluble ceramic fibers in China will soon be pushed.