Refractory brick /Low thermal conductivity of Anti-spalling Brick

Descripción del producto

 Based on the abundant experiences in manufacturing refractories and ceramics, Shandong Shengchuan Industrial Design Co., Ltd. specializes in industrial kiln design and product integration, with a dabbling in technological process design and technique transformation of other industrial products. Our business ranges from engineering projects to domestic and foreign trade, information technology service, etc.   
    My company's main productsareRefractory BrickManufacturers ,Anti-spalling Alumina Bricks, High Strength Alkali-resistant Bricks, Silicon-Mullite Bricks, Magnesia-hercynite Spinel Bricks, Magnesia-Hercynite Bricks, High Strength Alkali-resistant Castable, Anti-crusting Carborundum Castable, High Strength Low Cement Alumina Castable, Special Castable For Outlet, Castable For Burner Barrel, High Strength Mullite Castable, Cement series, Magnesia cement ,High temperature cement ,Alkali resistant fire clay and so on. If you need this product, please ask me.

Our new developed Low Thermal Conductivity of Anti-spalling Brick DDR-45 is the substitute of KBL-70 and silicon-mullite bricks, which are the materials of preheater and decomposition zone of cement kiln. Based on our patent technology of compond bricks, after continuous technical test and innovation, the unique performance of refractory raw materials was made. Based on this material, the new developed product comparing with the anti-spalling  alumina bricks KBL-70 or silicon-mullite bricks, reduced the bulk density, and its thermal expansion properties and thermal shock resistance are strengthened, its alkali resistance is much better and it has low thermal conductivity. It can meet the requirements of large scale development of cement kiln. Due to reduce the bulk density, it can reduce the material purchasing cost and the kiln load,which aslo lower the system power consumption. As the lower thermal conductivity, the kiln heat loss will be reduced, which can saving energy and reducing consumption.