Vibration Reduction Fastener

Each fastener integrates an elastomeric layer—such as rubber, silicone, EPDM, or polyurethane—between the metal parts.

When vibration occurs, this elastic layer:

• Compresses and expands

• Absorbs kinetic energy

• Converts vibration into small amounts of heat

• Prevents direct transmission of vibration to the threaded joint

This is the core principle of vibration isolation.

Under vibration, standard fasteners gradually lose clamping force because micro-movements cause the threads to shift.

Vibration reduction fasteners solve this by:

• Maintaining constant tension through elastic deformation

• Stabilizing the connection even under high-frequency vibration

• Eliminating micro-slippage that leads to bolt loosening

The damping material acts like a built-in spring washer + shock absorber.

The elastomer layer prevents rigid contact between components, leaving less opportunity for noise to be generated.

The result:

• Lower operational noise

• Reduced resonance

• More stable and quiet machine performance

This is especially useful in electronics, HVAC systems, and automotive interiors.

When machinery experiences impact loads—such as startup shock, dynamic load changes, or sudden stops—the fastener:

• Absorbs part of the impact

• Prevents excessive stress on the equipment

• Protects sensitive modules, motors, and precision instruments

This extends equipment lifespan and prevents mechanical fatigue.