Ultra-thin ball head forging technology and golf head and ball head manufacturing technology

Abstract

The invention discloses an ultra-thin iron head forging process, a golf head and a ball head manufacturing process, and relates to the technical field of golf head manufacturing, wherein the golf head includes a forged ball head body, a counterweight and a counterweight cover plate , the ball head body is forged with a counterweight groove, the counterweight is set in the counterweight groove, the ball head body 1, the counterweight 2 and the counterweight cover plate 3 are welded and fixed in sequence, the ball head body 1 includes The H thin area 12, the thickness of the H thin area is 1.2mm-1.3mm; the ultra-thin iron head forging process is used to make the golf head body, and the ball head manufacturing process is used to make the golf head. The shell of the golf head is provided with a thin H area. While ensuring the strength of the golf iron head, the weight of the shell is reduced as much as possible. Hitting effect; the ultra-thin iron head forging process and the ball head manufacturing process can realize the above-mentioned golf head containing the ultra-thin H-thin region, and the production efficiency is high.

Description

technical field [0001] The invention relates to the technical field of golf head manufacturing, in particular to the ultra-thin ball head forging process and the golf head and ball head manufacturing process. Background technique [0002] In golf, the quality of the ball equipment design will affect the stability of hitting the ball, and then affect the hitting performance. A golf club is generally composed of a ball head, a club and other parts. When hitting, the main focus is on the ball head. In order to achieve a good hitting effect, the design of the ball head has already become the most important part. Head design structures are increasingly complex. Practice has proved that under the condition of ensuring the strength of the golf head, reducing the weight of the shell as much as possible, and adding the reduced weight to the required place in the form of a counterweight can achieve a better hitting effect. [0003] In the prior art, casting is usually used to comple...

AI Technical Summary

Problems solved by technology

However, due to the casting process characteristics of cast golf heads, casting pores and casting shrinkage cavities are more likely to occur during the casting process of thin parts, and the surface of the ball head cannot be treated by nickel-chromium electroplating and vacuum coating, which does not meet high-quality requirements. Surface Quality Requirements for Golf Heads

In addition, the structure of the casting is loose, which also makes the hitting effect of the ball head not good.

[0004] Through forging, thin parts can be forged, but the minimum forging thickness of general forging equipment is 2.5mm, and the forging of thin parts less than 2.5mm will easily cause damage to forging equipment and molds, and the gain outweighs the gain.

Although the method of constant temperature forging can forge ultra-thin parts, the mold cost and forging cost are high, which increases the production cost.

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