Analysis on the role of electric furnace magnesia carbon brick in construction industry

The rapid development of the housing construction industry the demolition construction of villages in the city have brought certain business opportunities to various industries, the use of bricks is also gradually increasing. Whether the medium grade magnesia bricks, whether they are non fired bricks, fired bricks even electric furnace magnesia carbon bricks, will be an indispensable part of the market. No matter when expansion housing construction are needed, it will appear according to the market demand It's a brick like that. What are the advantages disadvantages of electric furnace magnesia carbon brick? The following is a detailed understanding of the construction industry of magnesium carbon brick furnace specific information.

Magnesia carbon brick for electric furnace

Refractories are generally divided into unshaped refractories shaped refractories, which can be selected according to market demand. Of course, shaped refractories generally refer to electric furnace magnesia carbon bricks, whose shape has certain standards, can also be temporarily processed according to specific needs. Electric furnace magnesia carbon bricks can also be called firebricks, which are generally light yellow brownish in shape Shape size of refractory. According to its production process, it can be divided into fired brick, unburned brick, electric melting brick fire-resistant heat insulation brick, etc. It can be used as high temperature building materials structural materials for building kilns other thermal equipment, can be subject to physical chemical changes under high temperature.

The utilization rate of electric furnace magnesia carbon brick in today's market is relatively high, its main components determine the quality characteristics of the refractory. According to the bulk density to analyze its strength, generally, the unit volume weight density is large, indicating good compactness. Although the strength may be high, its thermal conductivity will be increased. Secondly, in terms of apparent porosity, there are too many requirements, thermal shock resistance is better, it has the ability to be damaged. The ability to bear shear pressure is also relatively good, of course, the specific situation needs to be analyzed.