Kyvoria L-Shaped/Circular Edge Protector – 19" Durable Polyurethane Foam, High-Visibility Yellow/Black Stripes & Corner Safety Bumper for Impact Protection

• 【Effortless self-adhesive installation】: The Kyvoria foam edge guard features a self-adhesive backing, allowing for easy peel-and-stick application to protect sharp edges in homes, warehouses, or commercial spaces—quick, simple, and hassle-free.
• 【Versatile protection for high-traffic areas】: Perfect for busy areas like stairwells, garages, and industrial spaces, Kyvoria corner guards protect walls, posts, and edges, ensuring maximum safety and preventing accidental injuries.
• 【High-visibility hazard marking】: With bold yellow and black stripes, Kyvoria foam guards provide clear visual cues, cushioning impacts and preventing damage to walls or surfaces.
• 【Customizable length for flexible use】: Kyvoria's 19-inch foam guard can be easily cut to size, making it ideal for various applications like short posts, long beams, or sharp corners.
• 【Durable safety protection】: Kyvoria guards are made from tough polyurethane foam, providing long-lasting and reliable protection in high-risk environments.

The Kyvoria edge guard is designed for ultimate convenience and effortless installation. With a simple peel-and-stick application, you can secure it to any surface quickly and easily. This versatile protective strip is perfect for various environments, including manufacturing workshops, shipping areas, warehouses, basements, stairwells, and garages. It firmly adheres to shelves, sharp edges, T-beams, and more, catering to diverse safety requirements. Featuring a striking yellow and black color combination, this edge guard not only identifies hazardous areas but also safeguards walls and surfaces, minimizing impact damage. Dimensions: L-shaped edge guard: 50 x 4.5 x 4.5 x 3 x 1 cm (L x W x H x Inner H x Inner W) Circular edge guard (L-shaped): 50 x 4 x 4 x 2 x 2 cm (L x W x H x Inner H x Inner W) Circular edge guard (U-shaped): 50 x 4 x 4 x 2 x 0.8 cm (L x W x H x Inner H x Inner W)