Balance weight in steel for wheels of automobiles, and fabricating technique.
The invention relates to a manufacturing process and a technology of a balance weight, which is applied to the field of steel automobile wheel balance weight and its manufacturing process, and can solve the problems of dissolved lead, high raw material cost of the wheel balance weight, harm to human body and environment, etc., and achieves reduction of punching force, The effect of preventing punch breakage and prolonging die life
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example 1
[0029] Example 1 Manufacturing process
[0030] First punch blanking on the rectangular strip, turn the blanked blank 90 degrees to punch out grooves, and then bend according to the curvature radius of the balance weight part to form the outline of the balance weight. Punch half holes (blind holes) after high-frequency induction heating to form raised rivets. Finally, the formed balance weight and the spring pendant are riveted and fixed.
example 2
[0031] Example 2 Comparison of Technical Effects
[0032] (1) Compared with the automobile wheel balance weight formed by die-casting of non-ferrous metals such as zinc or lead, it has the advantages of low raw material cost and no harm to human body and environment.
[0033] (2) Compared with the automobile wheel balance weight formed by die-casting of non-ferrous metals such as zinc or lead, the efficiency of the stamping forming technology of the steel balance weight is 50-100% higher.
[0034] (3) Compared with the automobile wheel balance weight formed by die-casting non-ferrous metals such as zinc or lead, the equipment investment and mold cost required for the stamping forming technology of the steel balance weight are lower.
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