Tungsten Alloy Weight Application – Golf Head

Tungsten alloy weight is used in golf to increase the weight of golf head. In order to improve the performance of golf clubs, the weight is added to the golf end. Compared with traditional weights (iron, lead, steel, zinc, etc.), tungsten alloy is more suitable as a weight for golf heads.

The reason is that the alloy weight owns the properties of greater density, stronger corrosion resistance and better impact resistance, which can effectively enhance the end product's durability.

The golf end is a part of the golf club. It has a ball hitting surface, a top and a bottom. The top is connected with a neck tube at its root end. The bottom of the ball head is provided with a receiving groove. The receiving groove is provided with a groove at the bottom. There is a first solder inside; a counterweight is arranged in the containing groove, and the specific gravity of the counterweight is greater than the specific gravity of the material at the bottom of the ball head.

The weight of the ball head is generally made of tungsten alloy. In order to facilitate disassembly and replacement, tungsten alloy counterweights are often made of screws. For beginners, not only do they have different club length requirements, but they also have different options for the weight of the head, depending on their own strength. In other words, the length of the club and the weight of the head will directly affect the direction and strength of the player when hitting the ball.

WHA weight is a high-density alloy, which has great advantages over other metals in terms of weight and volume. It can reduce the center of gravity of the club and improve the balance of the club. The density of tungsten alloy is twice that of steel, and it is also higher than lead, aluminum, and iron. It is an excellent material for weight parts. In addition, tungsten alloy is also an environmentally friendly material, which will not cause greater pollution to the ecological environment like lead, so it can better meet the development requirements of breeding parts.

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