Princess Cushion Grip Improve comfort, reduce vibration and maintain a secure grip throughout every match. The Princess Cushion Grip is designed for players who want enhanced comfort and improved control in all playing conditions. Featuring an integrated EVA foam cushioning layer beneath a durable polyurethane surface, this replacement grip helps absorb vibration from powerful strikes while delivering a comfortable, confident feel in the hands. Easy to fit thanks to its self-adhesive backing, the Princess Cushion Grip provides excellent durability and dependable grip for both field and indoor hockey sticks. Key Performance Features EVA Cushion Layer: Integrated EVA foam helps absorb vibration from hits, sweeps and passes, reducing hand fatigue and improving overall comfort. Durable Polyurethane Construction: Hard-wearing PU outer layer is designed to withstand regular training and match use while maintaining consistent performance. Self-Adhesive Backing: Strong adhesive strip allows for quick, secure installation with a neat, reliable finish. High-Traction Surface: Textured finish provides excellent grip in both wet and dry playing conditions for confident stick handling. Excellent Shock Absorption: Cushioned construction helps minimise vibration transferred through the stick during powerful strikes. Comfortable Feel: Soft, supportive grip enhances comfort during extended training sessions and competitive matches. Universal Fit: Suitable for fitting to most junior, intermediate and senior field or indoor hockey sticks. Easy Replacement: Ideal for refreshing worn grips or upgrading your current stick with additional cushioning and comfort. Technical Specifications: Product Type: Replacement Hockey Stick Grip Construction: Polyurethane (PU) Outer Layer with Integrated EVA Foam Cushioning Backing System: High-Bond Self-Adhesive Strip Surface Finish: High-Traction Textured PU Grip Style: Cushioned Comfort Grip Compatibility: Universal Fit for Field & Indoor Hockey Sticks Primary Performance Focus: Comfort, Grip, Vibration Reduction & Control
