High aluminum refractory ballHigh aluminum refractory ballis also called high aluminum heat storage ball. High aluminum refractory ball is made of high-alumina
High aluminum refractory ball
High aluminum refractory ball
High aluminum refractory ballis also called high aluminum heat storage ball. High aluminum refractory ball is made of high-alumina bauxite as the main refractory material, adding powder, additives, and binders, after proportioning, forming, and high-temperature sintering. High-aluminum refractory The production process of the ball is similar to that of high-aluminum refractory bricks, and should be determined according to factors such as the characteristics of the raw materials and the required production conditions of the high-aluminum refractory balls.
Characteristics of high alumina refractory ball
1. Strong heat storage capacity, good heat storage effect
2. Good creep.
3. High compressive strength and good abrasion resistance.
4. Good chemical stability.
5. Good high temperature resistance.
The size of high alumina refractory ballis divided into: 40mm, 50mm, 60mm, 80mm and other sizes of refractory ball. The size of high alumina ball can also be customized according to customer needs.
High aluminum refractory ball function
It is mainly stacked in industrial kilns to achieve heat storage.
High aluminum refractory ball application
It can be used in industrial furnaces such as blast furnace ironmaking hot blast furnaces, high and low temperature conversion furnaces in fertilizer plants, reformers, hydroconverters, desulfurization tanks, and methanation furnaces.
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Harm of too high temperature: when molten steel out of cooper mold, the billet shell is thin and easy to break out; The accelerated erosion of refractory can ea
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1. The barrier function (mainly completed by the liquid slag layer) isolates the contact between air and molten steel, blocks the secondary oxidation of molten
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In continuous casting, low corrosion resistance often occurs, which directly leads to uneven composition and will eventually affect the smelting quality. In or