Spurtar Rubber Stair Treads 35" x 10" - 3-Pack Outdoor Non-Slip Stair Mats for Wood, Concrete, Marble, Tile & Metal Steps

Overview

Spurtar Rubber Stair Treads come in a convenient 3-pack, each measuring 35 by 10 inches with a slim 0.15 inch profile. The bright red edge adds quick visibility, while the textured rubber surface features triangular protrusions to help you feel more confident as you step up or down outdoor stairs. You can trim them to fit, so they adapt to many stair configurations and surfaces.

All-Weather Durability

Crafted from flexible latex rubber, these treads are designed to endure varying conditions. They stay functional in hot summers and continue to perform on wet or snowy days. The waterproof, sturdy build helps keep steps safer without compromising on comfort or ease of use.

Multi-Surface Compatibility

These outdoor stair treads are suitable for stairs made from wood, concrete, marble or metal. For added adhesion, you can use the included adhesive tape or screws. They also work well on indoor spaces like garages or basements, expanding their potential uses.

Easy Installation and Sizing Flexibility

With a 35 by 10 inch footprint and 0.15 inch thickness, you can cut the treads to fit your exact stair dimensions. Install semi-permanently using the included tape or opt for a more permanent setup with construction adhesive.

• Large coverage helps span wide steps and reduce exposed edges
• Non-slip surface with triangular protrusions for steadier footing
• Bright red strip improves visibility on dim or uneven stairs
• Non-slip backing supports grip on a variety of surfaces

• Measure your stairs, then cut to size if needed
• Clean the surface before applying the edges
• Use the included tape for semi-permanent installation
• For a permanent install, apply construction adhesive per surface guidelines

Note: these products are designed to enhance grip and visibility; results can vary based on stair material and conditions. They are not medical devices and should be used as part of a broader safety approach.