Energy-saving production technique for lower yoke plate of motorcycle
A production process and motorcycle technology, applied in the direction of improving process efficiency, manufacturing tools, improving energy efficiency, etc., can solve the problems of high heat treatment step cost, insufficient hardness of the lower plate, large hardness dispersion, etc., and improve heating stability. , the effect of reducing the hardness dispersion and improving the uniformity
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Embodiment 1
[0028] An energy-saving production process for a lower connecting plate of a motorcycle, the production process comprising:
[0029] 1) Pre-manufacturing of the mold to prepare for the early forging;
[0030] 2) Forging and pressing forming, forging and pressing into the finished product of the lower connecting plate;
[0031] 3) The improved heat treatment of continuous production improves the hardness of the lower connecting plate, improves its hardness uniformity, reduces hardness dispersion and saves energy consumption;
[0032] 4) Water explosion to remove the oxide skin formed on the surface of the lower connecting plate due to forging heating;
[0033] 5) Flaw detection to ensure that there are no cracks on the surface of the product;
[0034] 6) Anti-rust treatment to prevent rust;
[0035] Wherein step 1) the pre-manufacturing of the mold includes machining the die steel into a pier blank mold, a forming mold and a trimming mold and performing heat treatment on the...
Embodiment 2
[0042] An energy-saving production process for a lower connecting plate of a motorcycle, the production process comprising:
[0043] 1) Pre-manufacturing of the mold to prepare for the early forging;
[0044] 2) Forging and pressing forming, forging and pressing into the finished product of the lower connecting plate;
[0045] 3) The improved heat treatment of continuous production improves the hardness of the lower connecting plate, improves its hardness uniformity, reduces hardness dispersion and saves energy consumption;
[0046] 4) Water explosion to remove the oxide skin formed on the surface of the lower connecting plate due to forging heating;
[0047] 5) Flaw detection to ensure that there are no cracks on the surface of the product;
[0048] 6) Anti-rust treatment to prevent rust;
[0049] Wherein step 1) the pre-manufacturing of the mold includes machining the die steel into a pier blank mold, a forming mold and a trimming mold and performing heat treatment on the...
Embodiment 3
[0056] An energy-saving production process for a lower connecting plate of a motorcycle, the production process comprising:
[0057] 1) Pre-manufacturing of the mold to prepare for the early forging;
[0058] 2) Forging and pressing forming, forging and pressing into the finished product of the lower connecting plate;
[0059] 3) The improved heat treatment of continuous production improves the hardness of the lower connecting plate, improves its hardness uniformity, reduces hardness dispersion and saves energy consumption;
[0060] 4) Water explosion to remove the oxide skin formed on the surface of the lower connecting plate due to forging heating;
[0061] 5) Flaw detection to ensure that there are no cracks on the surface of the product;
[0062] 6) Anti-rust treatment to prevent rust;
[0063] Wherein step 1) the pre-manufacturing of the mold includes machining the die steel into a pier blank mold, a forming mold and a trimming mold and performing heat treatment on the...
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