120X30CM EVA Traction Foam Surfboard Anti Skid Pads Paddleboard Boat

120X30CM EVA Traction Foam Surfboard Anti Skid Pads Paddleboard Boat Yacht Deck Watercraft Water Sport Flooring Mat

Bullet Points:

1.Enhanced Stability: Our Anti-slip Mat adds ideal traction to your surfboard, enhancing stability and ensuring a free and safe paddle experience with its good anti-slip properties and 5mm thick grooves.
2.Selected Material: Our Surfboard Traction Pad is made of high-quality EVA foam material that provides excellent cushioning to reduce your foot fatigue. With excellent grip, it ensures an enjoyable ride as it doesn't deform or damage easily, making it a dependable choice.
3.Extensive Application: Boost your control on any surfaces with our surfboard traction pads. Perfect for jet skis, yacht decks, and pool steps, this versatile adhesive traction pad is perfect for all water sports. Plus, use it to enhance your grip on skis, RV floors, and more.
4.Strong Adhesive: Our surfboard traction pad provides unparalleled stability, thanks to its robust adhesive backing. Be used with confidence as it stays stably fixed, while you surf and catch waves with ease. With its peel-and-stick design, it's not easy to fall off or move, and it stays super sticky.
5.Operate Easily: Create your own unique surfboard grip with our easy-to-use trimable foam sheets; cut to the size or shape you need to meet any wield conditions or riding style. Effortlessly install or remove them.
Want an Anti-slip Mat that combines excellent comfort and traction? Our EVA Foam Boat Decking can be used with confidence in any application that requires traction. Trim and cut to the size or shape you need to enjoy a perfect fit.

Specification:
Product name: EVA Foam Boat Decking
Product size: about 120x30cm/47.24x11.81 inches
Material: EVA
Thickness: 5mm

Packing List:
1* Traction Pad

Note:
Due to different lighting and screen settings, the item color may be slightly different from the picture.
Due to different manual measurements, please allow a 1-2cm difference in size.