HushBumps Ultra-Quiet, Energy Absorbing Compound Bumpers for Large Cabinets, Sliding & Pocket Doors – 18 Pieces - Multi-Compound Polyurethane Absorbs Shock & Dampens Sound

• DESIGNED FOR SLIDING & POCKET DOORS: Engineered specifically for heavier cabinet, sliding and pocket doors, where greater force from heavier mass creates stronger impact at contact points.
• SHOCK-ABSORBING GEL TECHNOLOGY: Unlike common rubber, vinyl, or plastic bumpers, HushBumps are a 2-layer compound polymer design featuring durable polyurethane skin and a viscoelastic gel core that absorbs and dissipates the impact forces that cause noise from vibration, resonance and surface contact.
• QUIETER, CONTROLLED CLOSE: Cushions the edge of sliding doors, pocket doors and heavy cabinet doors against the frame to help minimize banging, rattling, and frame vibration in bedrooms, closets, and shared spaces.
• CLEAR, LOW-PROFILE DESIGN: Ultra-clear gel blends seamlessly into door frames. Low-profile shape helps maintain proper door alignment with minimal visible gap.
• PEEL, STICK & ADJUST: Installs in seconds with no tools required. Adhesive backing allows repositioning for optimal placement and removes cleanly without residue on smooth surfaces. Easy to add additional bumpers for optimal sound reduction.

Sliding and pocket doors generate more closing force than traditional cabinet doors. Standard rubber, vinyl or plastic pads may create separation, but they often transfer more vibration instead of absorbing it compared to HushBumps. HushBumps are made from a specialized 2-layer polyurethane and polymer gel designed to compress under pressure and isolate impact energy. This controlled compression helps dampen contact between the sliding door edge and the frame, reducing noise and minimizing vibration. The ultra-clear, low-profile design blends seamlessly into interior frames while maintaining a clean, finished appearance. Includes 18 round, sliding door bumpers designed for smooth, non-porous surfaces.Always apply to clean, dry areas free of dust or residue.