Inlay hard alloy fixed top technology parameters
Inlay hard alloy fixed top technology is becoming increasingly popular when it comes to increasing the power and accuracy of a golf ball. It is also essential for improving the durability of golf clubs. In this article, we will discuss the different parameters of inlay hard alloy fixed top technology and their respective applications for improving golf clubs and ball performance.
Inlay hard alloy fixed top technology consists of placing a hard alloy core into a cylinder shaped groove. This technology will improve the club’s overall power, accuracy, and consistency by increasing the coefficient of restitution (COR) and coefficient of friction (COF) of the golf ball. The higher the COR and COF, the greater the power and accuracy.
Another parameter which affects the power and accuracy of a golf club is the hard alloy core material used. Typically, hard alloy core materials include titanium or titanium alloy. Each material has different properties which affect the power and accuracy of a golf club; titanium tends to produce higher COR and COF values, while the titanium alloy produces less COR and COF.
The third parameter that affects the performance of a golf club is the amount of material used. The amount of hard alloy used determines the power and accuracy of a golf club as well as its consistency. Too much material can result in a golf club that can be difficult to control and too little material can cause a golf club to lack power. It is important to find the right balance when choosing the amount of material to be used.
The final parameter which influences the performance of a golf club is the depth of the inlay grooves. The depth of the groove determines the amount of contact with the golf ball, which in turn affects the power, accuracy, and consistency. The deeper the groove, the greater the contact area and the higher the power, accuracy, and consistency.
Inlay hard alloy fixed top technology can be used to optimize the performance of a golf club. The different parameters described in this article should be taken into account when deciding which inlay hard alloy to use and what additives should be included when fabricating a club head. The right combination of these materials and additives can help to maximize the power, accuracy, and consistency of any golf club.
