Key benefits Ecofriendly EVA material provides a durable, waterproof, and corrosionresistant traction pad for longlasting use on water. Diamondshaped groove pattern delivers grip, giving you confidence during surfing and added safety during speed turns and maneuvers. Strong backing allows quick installation without tools: peel off the backing and the pad adheres firmly to the surfboard. Color options in black and pink offer a simple way to match or accent your board's style. What makes it stand out Diamond groove pattern for reliable, nonslip traction in varying conditions. Fourpiece construction designed to cover the deck area effectively and provide consistent grip across the board. Environmentally friendly EVA material that withstands exposure to water and resistivity to corrosion. Easy installation with strong adhesion that stays in place during use. Features and performance Material: Environmentally friendly EVA; waterproof and corrosionresistant for longlasting performance. Design: Fourpiece traction pad with a diamond groove pattern for grip and a nonslip surface. Adhesion: Strong backing for secure placement on the surfboard; simple peelandstick installation. Color options: Black and pink to suit taste and board aesthetics. Function: Improves traction and control on the deck, enhancing stability during turns, boosts confidence for riders at all levels. Installation guidance Prepare a clean, dry surface on the surfboard. Peel away the backing from the pad sections and position them as desired. Press firmly to ensure secure adhesion and allow the adhesive to set before use. Use scenarios Beginner learning stance: Provides extra grip on the deck to help maintain balance and improve confidence while learning paddling, popping up, and riding smaller waves. Aggressive maneuvers and fast turns: Diamondpattern grip helps maintain control during speed maneuvers and hard turns in various wave conditions. Replacing worn pads: An easy upgrade to restore traction and safety on an older board that has worn or slippery surfaces.