Golf Balls TRIZ Cases
- Multi-piece Golf Ball Core and Cover Hardness Profile
Segmented core and polyurethane cover resolve spin versus scuff resistance trade-offs in multi-piece golf balls.
- Multi-piece Golf Ball Hardness Gradient for Distance and Spin Control
Segmented layers with specific Shore D profiles resolve the trade-off between driver distance and approach shot spin, enhancing feel.
- Carbon Black Core Golf Ball Durability
Carbon black in polybutadiene cores improves durability and impact resistance.
- Golf Ball Dimple Pattern Rotation for Aerodynamic Consistency
Rotating repeating geometric elements in golf ball dimple patterns increases coverage and interdigitation.
- Multi-layer core golf ball with hardness gradient
Segmenting the core into layers with local quality balances spin rate control and initial velocity for consistent performance.
- Noncontact Printing on Subsurface Golf Ball Layers
Ink jet printing deposits solid indicia on subsurface golf ball layers, protecting markings from abrasion while eliminating volatile organic compounds.
- Golf Ball Modified Dimple Patterns for Flight Symmetry
Modified dimples restore flight symmetry by counterbalancing equatorial asymmetry from straight parting lines.
- Golf Ball Non-Planar Parting Line for Dimple Symmetry
An asymmetric mold configuration eliminates flat equatorial zones, resolving manufacturing precision trade-offs while enhancing aerodynamic performance.
- Golf Ball Dimple Profile with Conical Sidewall
A golf ball dimple profile uses a conical sidewall to define independent edge angle control.
- Polyurethane-Polyurea Hybrid Golf Ball Cover
Hybrid polyurethane-polyurea cover compositions resolve durability versus spin trade-offs by optimizing coefficient of restitution for higher distance.