Zinc methacrylate, as a high-performance additive specifically developed for the golf ball manufacturing industry, has significant advantages in enhancing the hardness and strength of golf balls. Its unique chemical structure and reactivity enable it to undergo chemical reactions with commonly used materials such as rubber and resin in golf balls, effectively improving their performance and meeting the performance requirements of golf balls in high-intensity impact environments.
2. Excellent cross-linking reinforcement: ZDA can undergo cross-linking reactions with rubber molecules or resin molecules in golf ball materials, forming a tight three-dimensional network structure. This cross-linking structure greatly enhances the chemical bonding force inside the material, thereby significantly increasing the hardness of the golf ball, allowing it to maintain a stable shape and reduce deformation when hit at high speeds by the golf club, thereby improving the accuracy and stability of hitting. At the same time, the cross-linked structure greatly improves the strength of the golf ball, effectively resisting the impact force during the hitting process, reducing the risk of ball breakage, and extending its service life.
3. Excellent processing compatibility: It can be evenly dispersed in these materials without affecting the original processing performance of the materials. Whether it is injection molding, compression molding or other special manufacturing processes, the materials added with ZDA can be processed smoothly, ensuring production efficiency and product quality.
4. Good chemical stability: ZDA endows golf balls with excellent chemical stability, enabling them to resist various chemicals that may come into contact with them during daily use, such as salt in sweat, erosion from rainwater, and chemical agents in the golf course environment. This not only maintains the appearance integrity of the golf ball, but also ensures that its internal structure and performance are not affected by chemical factors, always maintaining good hardness and strength.
Significant performance improvement: Compared to golf balls without ZDA, adding ZDA increases the hardness and strength of the golf ball. In the actual hitting process, the increase in hitting distance and improvement in hitting feel can be clearly felt, providing golfers with a better competitive experience.
High cost-effectiveness: By adding a small amount of ZDA (usually 2-5 parts of the total material mass) to the raw materials, the performance of golf balls can be significantly improved, without the need to invest a large amount of cost to replace expensive raw materials or improve complex production equipment, effectively reducing production costs and improving product market competitiveness.