BAGAIL 5x7 Ft Non-Slip Rug Pad

This BAGAIL BASICS 5x7 ft non-slip rug pad is designed to securely hold your rugs in place while reducing noise and protecting both flooring and carpet from daily wear. It features a thick 1/4-inch fiber layer that adds cushioning beneath your feet, making even thin rugs feel softer and more comfortable underfoot. The natural rubber backing provides strong grip, preventing slippage on hardwood, tile, vinyl, or laminate surfaces.

Key Points

The BAGAIL BASICS 5x7 ft rug pad offers improved stability and comfort through a dense felt layer and a durable natural rubber base. It prevents sliding on high-traffic areas, especially in homes with pets or young children. The padding absorbs shocks from heavy furniture, reducing wear on both rugs and floors. It does not leave residue or scratch surfaces, making it safe for use on delicate finishes.

Technical Specifications

• Size: 5 feet x 7 feet
• Material: 1/4-inch thick felt with natural rubber backing
• Weight: Approximately 2.3 pounds
• Surface Type: Non-slip, anti-noise, shock-absorbing
• Suitable for: Hardwood, stone, vinyl, laminate, tile, and other flat surfaces

Benefits

This rug pad maintains rug position without relying on adhesive strips, which makes it easy to move furniture or clean. The dense fiber layer delivers a soft, supportive feel underfoot, enhancing comfort during daily use. The natural rubber base ensures consistent grip, even when floors are slightly uneven. It also reduces noise from foot traffic or dragging items across the floor.

Usage Recommendations

Place the rug pad directly beneath your existing rug, with the felt side facing down. For irregular or custom-shaped rugs, trim the edge with scissors to match the exact dimensions. It works best on level, dry surfaces. Avoid use in areas with high humidity, direct heat, or frequent water exposure such as kitchens or bathrooms. The pad is ideal for living rooms, bedrooms, or hallways where rugs are frequently moved or used.

No residue remains after removal. The material is not designed for use in damp or hot environments.