Blue Silicone Anti-Vibration Pads Custom Rubber Gaskets for Industrial Equipment

Blue Silicone Anti-Vibration Pads Custom Rubber Gaskets for Industrial Equipment

Product Description

These 2-hole oval silicone anti-vibration pads are made of high-elasticity silicone material, designed for a wide range of industrial equipment, motors, pumps and small machinery. They effectively absorb vibrations and reduce noise generated during equipment operation, while the non-slip surface prevents unwanted movement. The dual-hole design allows for secure screw mounting, enabling direct installation between the equipment and its base. Combining shock absorption, noise reduction and anti-slip performance, these pads are an ideal accessory to improve equipment stability and user experience.

TECHNICAL PARAMETERS

advantages:

1. High Elasticity & Shock Absorption:Premium silicone material offers excellent resilience, effectively damping vibrations to protect equipment structure and extend service life.
2. Noise Reduction:By buffering vibration transmission, it significantly reduces operational noise and improves the working environment.
3. Non-Slip Stability:Textured surface enhances friction to prevent equipment slippage during operation, startup or shutdown.
4. Weather & Chemical Resistant:Resistant to high/low temperatures (-40℃~200℃), aging and corrosion for long-lasting performance.
5. Easy Installation:2-hole design fits standard screws, allowing quick and secure mounting without additional tools.

Applications:

• Provides shock absorption for power equipment such as industrial motors, water pumps and fans, reducing damage to the equipment and its installation base.
• Lowers operational noise to improve the acoustic environment in workshops, machine rooms and other spaces.
• Offers non-slip support for precision equipment like printers and packaging machines, preventing vibration from affecting processing accuracy.
• Serves as an auxiliary shock-absorbing component in automotive and home appliance applications, enhancing product stability and user experience.2