Compared with the traditional water cooling tube binding structure, the single aluminum silicate fiber module structure containing zirconium has the following advantages:
1) The energy-saving effect is remarkable, and the heat taken away by the cooling water is significantly reduced;
2) The single refractory ceramic fiber module structure can be used for the maintenance of water-cooled pipe lining of new heating furnace or existing heating furnace. Especially for new heating furnace, it can reduce the investment of mold cost, shorten the construction period and save the construction cost;
3) Due to the reduction of cooling water, the power and water resources of water supply pump can be saved;
4) reducing the energy consumption of heating furnace can directly reduce the emission of combustion pollutants and reduce the environmental load ;
The safe use temperature of zirconium containing aluminum silicate fiber module in continuous heating furnace (without collision, vibration, reduction atmosphere and high-temperature iron oxide scale etching) is 1150-1200 ° C.
For more details or questions, please call the company’s hotline + 0531 85800088 or through the online customer service website, or leave your contact information. We have technicians to solve the problems related to high temperature materials for you at any time.
Shandong redon high temperature materials Co., Ltd. has domestic high-end production equipment and reliable production technology, with an annual output of 1050 ceramic fiber series products, 1260 ceramic fiber series products, 1400 ceramic fiber series products and 1600 polycrystalline series products of more than 10000 tons. There are more than 30 kinds of products in different forms, such as cotton, blanket, felt, board, paper, various textiles, profiled products, modules, folding blocks, castables, spraying and so on, which can meet the heat insulation requirements of different situations in the high temperature field. Welcome to click the online service at the bottom right of the website or submit an online inquiry. We will contact you as soon as possible.
