Burner Bricks for Combustion Furnace

Burner, as the popular name of the combustion device on the industrial fuel furnace, can be understood as “fire nozzle”, and the burner brick is an indispensable and important part. The burner is generally equipped with a fuel inlet, an air inlet and an ejection hole, shouldering the important mission of distributing fuel and combustion … Read more

Oil-Fired Furnace Hot Repair for Air Regenerator Grids

Under the erosion of flames and powder, the checker bricks in the regenerator are gradually melted into tumors, which blocks or even collapses the lattice body, reduces the heat storage capacity, and makes it difficult to discharge exhaust gas, affecting melting. At present, the regenerator checker bricks of large and medium-sized glass factories in China … Read more

Technical Process for Renovation of the Fire Channel of Coke Oven without Removing the Roof

The technical process of renovating the fire channel of a coke oven without removing the roof. The removal and reconstruction of the defect of one or more walls of one or more fire channels below the fire channel cover bricks is called fire channel digging and patching. Since the furnace head and fire channel partition … Read more

The Technology and Key Points of Refractory Construction in Various Parts of Glass Melting Furnace

The construction process of glass melting furnace is generally to first lay the bottom flue and heat storage chamber, and then lay the bottom, wall and breast wall bricks of the large kiln. (1) Flue When laying the top layer of bricks at the bottom of the flue, it should be perpendicular to the airflow … Read more

Refractory Materials for Copper and Nickel Smelting

Refractory materials for copper and nickel smelting. The main process of copper pyrometallurgy is very similar to that of nickel smelting, with only the following differences: the product of the copper smelting converter is crude copper, while the product of the nickel smelting converter is high-grade nickel matte (nickel matte with high nickel content); copper … Read more

Dry Vibrating Mass, Corundum Dry Ramming Mix and Aluminum-Magnesium Ramming Mass

Magnesium-aluminum dry vibrating materials can be used to line the melting grooves of power frequency induction furnaces used in foundry and nonferrous metal industries, and good results have been achieved. Dry vibrating materials and ramming materials are new types of amorphous refractory materials developed in the past 10 years, and are developed under the guidance … Read more

Phosphate High Alumina Bricks and Silicon Carbide Mullite Bricks for Cement Kiln Lining

Phosphated high-alumina composite brick is a common type of new dry-process cement kiln brick, referred to as high-alumina phosphorus brick or phosphate brick. Phosphate brick products are high-alumina refractory products made of high-alumina bauxite clinker as the main raw material, phosphoric acid or aluminum phosphate as a binder, high-pressure molding, and heat treatment at 600°C. … Read more

Refractory Materials for Aluminum Smelting

The aluminum smelting process mainly produces alumina, then electrolyzes the alumina into metallic aluminum and performs smelting, dehydrogenation and purification, and finally casts it into aluminum ingots. There are many types of kilns used for aluminum smelting, and the furnaces have lower operating temperatures and better use conditions. Generally, clay bricks and high-alumina bricks are … Read more

Ceramic Fiber Fireproof Board for Brick Kiln

The fire baffle of brick kiln is an innovative product that can replace the traditional brick kiln hanging refractory bricks. It can improve the adjustment flexibility of the tunnel kiln and reduce the temperature difference in the kiln. In fact, this fire baffle is a rigid refractory material made of ceramic fiber, which belongs to … Read more

Should the Titanium Slag Electric Furnace Use Magnesium Brick Lining or Carbon Brick Lining?

The life of the titanium slag electric furnace is one of the main factors affecting the production of titanium slag, especially because the production of titanium slag needs to complete the smelting process at a high temperature of 1600℃~1800℃. Since the titanium slag melt has extremely high chemical activity, it can react with almost all … Read more

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