Vibration isolator DVA.4-8-8-M3-6-55 Z030995
Catalog numbers:
- DVA.4-8-8-M3-6-55
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TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Vibration isolator DVA.4-8-8-M3-6-55 Z030995
Vibration isolation and reduction of vibrations in machines and equipment
Vibration isolator DVA.4-8-8-M3-6-55 is an element dedicated to damping vibrations and noise generated by machines and equipment. Its use translates to improved work comfort, increased safety, and extended equipment life. The construction based on a flexible material – rubber with a hardness of 55 Shore’a – effectively absorbs vibrations, minimizing their transfer to the environment or sensitive components.
Construction and application
This vibration isolator is characterized by a cylindrical structure and has an external M3 thread, which facilitates mounting in many applications. A diameter of 8 mm and a height of 8 mm make it a compact solution, ideal for places with limited space. It finds application in mounting components such as motors, fans or pumps, as well as an element damping impacts and shocks. Made of galvanized steel, it ensures corrosion resistance and durability even in harsh environmental conditions.
Key features and benefits
- Effective vibration reduction: Rubber with a hardness of 55 Shore’a provides optimal vibration damping over a wide frequency range.
- Easy installation: The external M3 thread enables quick and secure mounting in standard threaded holes.
- Durable construction: Galvanized steel guarantees corrosion resistance and long life even in demanding working conditions.
- Compact dimensions: Diameter 8 mm and height 8 mm allow for use in places with limited space.
- Versatility: Suitable for mounting various components and as an element damping impacts.
- Noise minimization: By damping vibrations, it contributes to reducing the noise generated by operating machines and equipment.
By choosing this vibration isolator, you are investing in a reliable solution that will improve work comfort, increase safety and extend the life of your machines and equipment. This is particularly important where precision and minimizing vibrations are crucial for the proper functioning of the equipment.

