Ladrillos AZSAZS arch crown refractory block/brick is manufactured using high quality zirconia and zirconium corundum clinker raw materials with ceramic and chemical bonding.It is shipped underhigh pressure and fired with high temperature with scientifi
ladrillo con alto contenido de El ladrillo con alto contenido de almina es un tipo de refractario, la composicin principal de este ladrillo refractario es Al2O3. El trixido de aluminio (Al2O3) que contiene ms del 48% de refractarios de silicato de aluminio. ►Detalles:
Ladrillo aislante de mullitaEl ladrillo aislante ligero de mullita se fabrica con mullita pura y polvo de almina aadido segn el tipo de sinterizacin a alta temperatura. ►Caractersticas: 1. Bajos niveles de hierro y otras impurezas . 2. Alta resistencia mecnica . 3.
cemento refractario►Descripcin: El cemento refractario tambin se conoce como cemento de bauxita, cemento de alta almina o cemento de aluminato. 1. Cemento refractario general: fabricado con bauxita de alta almina y piedra caliza . 2. Cemento refractario de
Fundible con alto contenido de Fabricado con agregados con alto contenido de almina, polvo refractario, aglutinantes y otros aditivos. ► Presenta alta resistencia mecnica, buena resistencia al choque trmico y a la abrasin. Se utiliza principalmente como revestimiento d
The application field of refractory materials for bauxite
Fire resistance is a material that can maintain its structure and performance at high temperatures, while bauxite is one of the important materials. Aluminum alumic soil has excellent fire resistance and chemical stability, and is widely used in the field of refractory materials in various industries.
1. In the steel industry, the refractory materials are mainly used in the lining and thermal insulation layer of aluminum alum soil for ironmaking furnaces, turntable furnaces, and electric furnaces. Aluminum alum soil can effectively resist the erosion and oxidation at high temperatures, and at the same time has high thermal stability and mechanical strength, which can protect the furnace body from erosion from the furnace and slag. In addition, aluminum alum soil can also play an excellent heat insulation effect and improve the efficiency of equipment.
2. In the building materials industry, therefractory materials are mainly used for making refractory bricks, refractory pouring materials and refractory cement. After sintering and processing, aluminum and aluminum can form materials with good fire resistance and mechanical strength, and can withstand high temperature and chemical erosion. These materials are widely used in the lining and thermal insulation layer of equipment such as blast furnaces, kiln, industrial furnaces, etc., and protect the equipment from high temperature and corrosive environment.
3. In the chemical industry, refractory materials are widely used in petrochemical devices, chemical furnaces and catalyst carriers. The high temperature reactions in petrochemical devices and the corrosive environment in chemical furnaces have high requirements for refractory materials, and the excellent refractory resistance and chemical stability of aluminum alumic soil make it ideal material choice. In addition, aluminum soil can also be used as a catalyst carrier, carrying catalysts and providing a stable response environment to improve reaction efficiency and selectivity.
4. In addition to the above industries, the refractory materials are also widely used in the fields of glass industry, electronics industry, and ceramic industry. In the glass industry, the aluminum alumic soil is used as the lining and thermal insulation layer of the glass melting furnace, which can resist the corrosion of the glass melting. In the electronics industry, aluminum alum is used to make high -purity ceramic substrates and sintering porcelain pieces, which has good insulation performance and thermal stability. In the ceramic industry, aluminum and aluminum soil is used to make high -temperature ceramics and refractory ceramics, which has good corrosion resistance and abrasion resistance