Where is aluminum silicate fiber cotton manufacturer good? Shandong Hot shield high temperature Materials Co., LTD., the company is a production and sales as one of the company, the rapid development of the company, the scale continues to expand, mainly has a variety of specifications of aluminum acid fiber products.

Production process and characteristics of aluminum silicate fiber cotton: ordinary aluminum silicate fiber cotton is made of hard clay clinker as raw material, melted by resistance furnace and sprayed with multi-spin fiber forming process. High purity, high aluminum cinnamate aluminum fiber cotton, via high purity alumina silica powder synthetic material as raw material. By the resistance furnace melting, blowing more spin into fiber technology from the production. Zirconium-bearing aluminum silicate fiber cotton is synthesized from high purity alumina powder and zirconium sand. By the resistance furnace melting, blowing more spin into fiber technology from the production.


For more details or questions, please call the company hotline +0531 85800088 or through the online customer service website, you can also leave your contact information, we have professional technical personnel at any time for you to solve problems related to high temperature materials.

SHANDONG REDON HIGH-TEMPERATURE MATERIAL Co. ,LTD. has the domestic advanced production equipment and leading production technology, with an annual output of 1050 ceramic fiber series products, 1260 ceramic fiber series products, 1400 ceramic fiber series products, 1600 polycrystalline series products tens of thousands of tons. With cotton, blankets, blanket, board, paper and all kinds of textiles, special-shaped products, modules, folding, castable, spraying, etc. Various forms of more than 30 kinds of products, can meet the insulation requirements of high temperature field under different conditions, welcome to have a friend need to click the website lower right online customer service or submit online enquiry, we will contact you the first time.