Magnesia fireproof boards are mainly used for the decoration of building ceilings, internal partition walls and other parts with fireproof requirements. So what is the quality of magnesite fireproof board? Let us learn about the quality of magnesite fireproof board and the relevant content of the fireproof board purchase guide.
How about magnesite fireproof board
1. Product introduction of magnesite fireproof board
The main raw materials of magnesite fireproof board are magnesium oxide, magnesium chloride and pulverized coal Ash, crop straw and other industrial and agricultural wastes are also added with a variety of complex additives such as water resistance, toughening, moisture resistance, early strength and so on. The latest scientific research results and patented technology are used to not only completely solve the problem of halogen return, frost and water resistance. It also has the characteristics that wood does not have, such as high strength, anti-corrosion, no insect infestation, and fire resistance, which can meet people's different levels of life and production needs. At present, with the promulgation of policies by the Chinese government to promote energy-saving and environmentally friendly new materials, a variety of new building materials have appeared on the market. Compared with other plate projects, this plate project has its own advantages and long-term development potential.
2. Product advantages of magnesite fireproof board
1. Wide range of raw materials, energy saving and waste recycling, clean and environmentally friendly
1) Wide range of raw materials: the main raw materials of this board Magnesium oxide and magnesium chloride are particularly abundant in my country, accounting for 1/3 of the world's total reserves. Industrial and agricultural wastes such as filler fly ash and crop straw are inexhaustible in rural areas of my country.
2) Energy conservation and waste disposal: According to statistics, my country produces more than 600 million tons of wheat, rice, corn and other crop straws every year. Under normal circumstances, these straws are disposed of by burning on site, so that It not only wastes biological resources, but also pollutes the ecological environment, and is also a huge fire hazard. The production of this board not only saves wood and protects forest resources, but also turns these agricultural wastes into treasures, benefiting the country and the people. Magnesium chloride is processed and purified from the waste liquid after salt production (salt field bitter brine). Using magnesium chloride as raw material is not only in line with national industrial policies, but also is of great benefit to the environmental protection of brine resources in salt areas.
3) Clean and environmentally friendly: At present, most furniture uses ordinary particleboard and medium-density fiberboard. The free aldehyde content of these boards is generally high, which is harmful to human health. The main raw materials of this board, magnesium oxide and magnesium chloride, have been tested and found to be free of any radioactive and harmful substances. There is no possibility of any pollution in the auxiliary materials such as fly ash, sawdust, wheat straw and other plant fibers.
2. Advanced production technology
The fully automatic fireproof board production line used in this board has changed the traditional and backward production technology, thus changing the previous workshop-style production method of this new material. , achieving a fundamental transformation towards mechanization, scale and industrialization. This plate production process is not a set of equipment that only produces products of one specification, but a production line that can produce plates of different specifications ranging from 2440mm to 1220mm3 to 18mm according to different formulas. Each plate can be processed into different products according to different needs. product.
3. Wide range of applications
Because this board has many advantages of wood and is better than wood, it can replace wood and be processed into various furniture; it can replace density board and be processed into flooring. , door panels, decorative panels, countertops, and can also be produced and processed into various interior wall panels, exterior wall panels, ceiling panels, fireproof panels, waterproof panels, isolation panels, stair tread panels, and wall skirts instead of gypsum boards and other decorative panels. Materials and other different products, it is an ideal new green and environmentally friendly building material.
Fireproof Board Selection Guide
Fireproof board has become the leading choice in the cabinet market due to its bright color, wide variety of patterns, wear resistance, high temperature resistance, easy cleaning, waterproof and moisture-proof properties. Leading product, chosen and accepted by more and more families. When choosing fireproof board cabinet boards, you should pay attention to the following aspects. Characteristics of high-quality fireproof board: clear and thorough pattern, realistic effect, strong three-dimensional effect; no color difference; smooth surface, wear-resistant. Characteristics of excellent base material boards: the formaldehyde content of the density board does not exceed the standard; the cross-section of the woodworking board has no gaps; the surface is smooth and smooth, and the density is good. Special attention should be paid to whether the door panel is deformed when purchasing.
The above is the relevant introduction of the magnesite fireproof board and the fireproof board purchase guide compiled by the editor. The main function of the fireproof board is fireproof. This kind of board is not completely fireproof, but a fireproof board. A kind of board that can resist fire. The thermosetting property of this board is still relatively high and it has good heat resistance.
Fireproof boards are mainly used to make fireproof building materials. There are many materials for fireproof boards, which mainly rely on the physical properties of fireproof materials to achieve fireproof effects. Fireproof boards can be used to make interior decoration, furniture, and experimental benches.