Three layers
Golf ball
High ball speeds & ultimate control
Color: white
The design allows to tweak the compression of the core and the softness of the cover to achieve the desired combination of long carry with a softer feel on approach shots and putts.
Can customize the performance characteristics of three-piece balls to suit different playing styles and preferences.
Three-layer balls are designed to offer better spin control than two-piece balls.
The design of three-piece balls can help in minimizing the effects of wind.
Three-piece balls generally offer good durability compared to higher-performance, multi-layer balls.
What's New?
Created with a meticulously designed dimple pattern structure that works to enhance the aerodynamic performance of the ball during flight to give you an edge on the course.
- Increased compression of the core, inner, and outer mantle to maximize energy transfer
- Increased spin rate with short irons& wedges
- Higher ball speeds for mid-high swing speeds
Engineered Performance
Engineered with single layer design, featuring a Cast Urethane cover for optimal on-course performance.
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This involves applying logos, designs, or text onto the ball's surface using advanced techniques like pad printing or screen printing.
High-quality, UV-resistant inks are used to ensure the print remains vibrant and clear despite frequent use and exposure to sunlight.
Cover
The cover layer, which is the cover of the ball, is typically made from a softer urethane or ionomer resin, contributing to the ball's control and feel around the greens.
Durability coating
This coating, often made from materials like urethane or Surlyn, protects the ball from damage and environmental factors.
It helps maintain the ball's performance characteristics by resisting scuffs, scratches, and wear from impacts.
Additionally, it shields the ball from UV rays and moisture, ensuring a longer lifespan and consistent playability.
Dimple pattern
The dimple pattern of a golf ball refers to the specific arrangement and design of the tiny indentations (dimples) on its surface.
These dimples play a crucial role in optimizing the ball's aerodynamics by reducing drag and enhancing lift. This allows the ball to travel farther and more accurately.
The pattern and number of dimples can vary between golf balls, with designs tailored to influence factors such as distance, spin, and control.
Overall, the dimple pattern is essential for maximizing a golf ball's and flight characteristics.
Core
The core is usually made from a solid rubber or synthetic polymer material, such as a type of thermoplastic urethane or a high-performance synthetic rubber compound.
These materials are chosen for their durability, energy transfer characteristics, and ability to maintain performance under various conditions.
The core is designed to provide a balance of distance and feel, and it often has a specific compression rating to suit different swing speeds and player preferences.
Mantle
The mantle layer is typically made from materials designed to enhance performance characteristics such as distance, feel, and control.
lonomer Resins: These are frequently used for their durability and cost-effectiveness. They help in controlling the ball's spin and adding to its overall performance.
Urethane or Urethane Blends: Urethane is often used for premium balls because it provides a softer feel and better control. Blends of urethane and other polymers can be used to fine-tune the ball’s performance.
Polybutadiene: This is a type of synthetic rubber that can be used in the mantle layer to provide specific performance characteristics, like increasing the ball's compression and enhancing its distance.