What is High Temperature Alumina Refractory Brick?

At room temperature, the thermal conductivity of aluminum oxide is half that of aluminum metal, which decreases with increasing temperature. The thermal shock resistance of Alumina Refractory Brick depends on its microstructure and the shape and size of the product. Generally speaking, its thermal shock resistance is moderate. In short, alumina has the characteristics of

Influencing Factors of True Density of Silica Brick

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True density is an important parameter of refractory materials. The value of true density can reflect the phase composition of the material and the purity of the raw material. For silica bricks, true density is particularly important. The true density is the key factor that determines the thermal stability of the silica brick. The true

Preparation of Fused Silica Brick

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Fused silica brick has excellent thermal shock resistance, and no cracks are generated after rapid heating; the chemical composition and high-temperature performance are similar to ordinary coke oven silica bricks; high strength and other characteristics. Therefore, in terms of raw materials, only fused silica can be used as the basis for producing such bricks. Characteristics

Selection of Refractory Materials for Glass Melting Furnace

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In the glass melting furnace, the flame generated by the combustion of fuel flows in a turbulent flow, which is strong and strong and has a certain scouring effect on the lining of the Refractory Materials for Glass Melting Furnace. The maximum temperature of the flame is 1500~1600℃, and it changes with time. Especially during

What are the Raw Materials for Magnesia Carbon Bricks?

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Magnesia carbon bricks are used in the slag line parts of various ladle refining furnaces due to their excellent slag resistance, slag penetration resistance, and thermal shock resistance. The reason why magnesia carbon bricks have such unique properties is inseparable from the raw materials of magnesia carbon bricks. Among them, magnesia and graphite maintain their

Magnesia Carbon Refractories for Steel Ladle

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Magnesia Carbon Refractories for Steel Ladle, mainly refer to magnesia carbon bricks. The carbon content of mag carbon bricks depends on the conditions of use. Currently, the carbon content of magnesia carbon bricks conventionally produced in China is 10%, 14% and 18%. Magnesia carbon bricks with special carbon content need to be specially produced. Application

Advantages of Using Dolomite Brick in Cement Kilns

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The important component material of dolomite brick is dolomite. The theoretical composition of pure raw materials is MgO 42%, CaO 58%; the total amount of SiO2, Al2O3, Fe2O3 is less than 3%. The biggest Advantages of Using Dolomite Brick in Cement Kilns are its price advantage and good adhesion of kiln skin. From the main

Properties and Uses of Refractory Cement Castable

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Monolithic refractories are divided into refractory castables, ramming mass materials, spray refractory materials and other types according to the construction method. Among them, castable refractory are commonly used as kiln linings refractory materials. Refractory castable is composed of refractory aggregate, refractory powder, additives and binding agent. Properties and Uses of Refractory Cement Castable. According to

What is High-silicon Silico Manganese

High-silicon Silico Manganese, also called low carbon Silico Manganese. It is a high-purity alloy with very low harmful and impurity elements (C, S, P, Fe). It is a good deoxidizer in the steelmaking process. High-silicon Silico Manganese alloy is an intermediate product of smelting metallic manganese. Compared with ordinary Silico Manganese, the deoxidation and reduction

Comparison of Several High-Strength Wear-resistant Castables

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High-Strength Wear-resistant Castables composed of high-strength aggregate and powder mineral additives. The optimized formula design has the minimum wear resistance, high strength, arbitrary controllable shape, strong integrity, simple construction and good construction performance. Due to the addition of high-molecular polymers, the base concrete is firmly bonded. BY the RS refractory castable manufacturer, High-strength wear-resistant castables
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