Rubber Anticollision | 01-3400

Description

Rubber Anticollision | 01-3400

The Rubber Anti-Collision Bumpers (01-3400) are essential architectural hardware accessories engineered to protect premium cabinetry, sliding wardrobes, and glass partitions from structural impact and mechanical damage. Designed as a reliable dampening interface, these heavy-duty rubber stops absorb the kinetic energy of closing doors and drawers, effectively preventing hard collisions between moving panels and the rigid cabinet frame.

Manufactured from high-density, resilient industrial rubber, these bumpers provide long-lasting shock absorption without degrading, cracking, or hardening over time. Precisely sized at 18 x 28 mm, they offer a discreet yet highly effective protective barrier that can be easily integrated into tracks, door frames, or drawer channels. By completely eliminating loud slamming noises and structural vibrations, these anti-collision pads represent a crucial finishing touch for ensuring the quiet, safe, and durable operation of modern handleless furniture layouts. To guarantee flawless execution for your custom layout, please avoid taking cabinet measurements yourself; if necessary, contact the salesman for details.

Key Features:

• Superior Impact Absorption: Formulated from high-density rubber to effectively cushion heavy impacts, preventing structural damage to wood, MDF, and glass panels.

• Noise Reduction: Eliminates the sharp sounds of doors and drawers slamming shut, ensuring a whisper-quiet, premium operational feel.

• Durable Material Build: Manufactured from resilient industrial rubber that resists mechanical wear, compression set, and environmental degradation over thousands of closing cycles.

• Precise 18x28mm Sizing: Offers a compact and discreet profile that provides maximum dampening power without interfering with the visual aesthetics of the cabinetry.

• Essential Protective Hardware: Acts as a vital safety measure to extend the lifespan of hinges, sliding rollers, and expensive surface finishes.

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