Effective vibration reduction for various applications

This type C vibration damper is designed to reduce unwanted vibrations and noise in a wide range of applications. With a diameter of 75 mm and a height of 40 mm, this damper offers optimal performance for both industrial and automotive uses.

High-quality materials and construction

The damper is made from natural rubber with a hardness of 55° Shore A, providing an excellent balance between flexibility and strength. The metal parts are made of galvanized steel, contributing to the product's durability and corrosion resistance.

Specifications

• Rubber part diameter: 75 mm
• Rubber part height: 40 mm
• Thread: M12 internal thread on both sides
• Thread depth: 12 mm
• Elastomer material: Natural rubber (NR)
• Hardness: 55° Shore A
• Metal parts material: Galvanized steel
• Temperature range: -30°C to +80°C

Application possibilities

This vibration damper is suitable for various applications, including:

• Equipment and machinery construction: Reduces vibrations in machines and equipment.
• Construction: Damping of vibrations in building structures.
• Shipping: Absorbs vibrations in maritime environments.
• Automotive: Reduces vibrations and noise in vehicles.
• Industry: Suitable for general industrial applications.

Installation and use

The damper is easy to install thanks to the M12 internal thread on both sides. It is important not to subject the damper to tensile loads, as this may reduce its effectiveness. Ensure that the maximum compression does not exceed 15% of the height to guarantee optimal performance.

Maintenance and lifespan

Thanks to the high-quality materials and construction, this vibration damper requires minimal maintenance. Regular inspection for wear and damage is recommended to ensure a long lifespan and optimal operation.

Important considerations

Please note that this damper has limited resistance to oils, lubricants, and greases. For applications where exposure to such substances is unavoidable, it is recommended to use a damper with higher resistance.