Quick Summary: Slipstick Gorilla Grippers (CB147) are compact 25mm (1 inch) round non-slip floor protectors designed to stop smaller furniture pieces from sliding on hard surfaces. These 10mm thick, high-friction rubber pads protect hardwood, tile, and laminate floors without the need for adhesives. Ideal for side tables, lamps, ornaments, and slim-legged chairs, they provide a secure, non-marking barrier that prevents movement and floor damage in a discreet, low-profile design. Is your furniture moving around and marking or damaging your floors? Introducing Slipstick Gorilla Pad Furniture Grippers!! Designed to give your furniture maximum grip and prevent damage on hard floors at the same time. INSTANTLY STOP FURNITURE MOVING: Slipstick Gorilla Pad furniture grippers & floor protectors are your best solution for preventing furniture from unwanted sliding & movement as well as protecting your floor from damage caused by furniture MULTIPLE USES: The Gorilla Pads can be used under a variety of items including under furniture feet, couch legs, sofa legs, table legs, sectional sofas, bed posts and any object you want to keep in place. IMPENETRABLE PUNCTURE PROOF 3-LAYER DESIGN: For maximum durability and gripping power, Gorilla Pads feature a puncture proof thick solid felt core between specially formulated rubber foam outer layers that provide maximum traction SAFE FOR USE ON HARD SURFACES: The 3 Layer Puncture Proof Pads protect all hard floor surfaces from scratches & damage and won’t leave marks. ULTIMATE FLOOR PROTECTION: Perfect floor protectors for hardwood floors, laminate, tile, LVT, marble, linoleum, concrete and more. SELF-ADHESIVE: The packet includes 16 peel and stick adhesive round non-slip Gorilla Gripper Floor Protector pads that are 1inch / 25mm in diameter. Covered by Slipstick’s 5-year free replacement warranty. You may also be interested in: Slipstick Gorilla Furniture Grippers & Floor Protectors in Cut Your Own Shape & Size Or Slipstick Gorilla Furniture Grippers & Floor Protectors 2inch/50mm Square
