Characteristics of mold copper tubeMold copper tube has strong technicality in its field. Maybe everyone doesn't know the function and function of the mold copp
Characteristics of mold copper tube
Mold copper tube has strong technicality in its field. Maybe everyone doesn't know the function and function of the mold copper tube, let's take a look today.
The role of crystalline copper pipe is very extensive, and it plays a very important role in industrial manufacturing. For example, crystalline copper pipes are used in the manufacture of ships, ships, automobiles, and refrigerators. The main features of high-efficiency continuous casting mold copper tube: high-efficiency continuous casting mold has good thermal conductivity, high recrystallization temperature, heat fatigue resistance, high strength, good wear resistance and long service life. The main feature of high-efficiency continuous casting mold copper tube is that the overall performance of the copper tube is the best.
The characteristics of explosive forming mold copper tube: Conical mold copper tube can be manufactured by simulation processing or inner core and outer mold pressure forming method. Simulated processing destroys the structure of copper and affects life. The processing of complex cones requires special processing equipment. Increased manufacturing costs. Pressure forming produces large cuts and ends, and the yield of copper is low. The copper tube of the explosive crystallizer can be made into multiple tapers and small round corners of the inner cavity, which is particularly helpful for repairing waste crystallizers.
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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