Vibration isolator DVA.1-25-20-M6-18-40 Z049928

Vibration isolators – reduction of vibrations and noise in machines and equipment

The DVA.1-25-20-M6-18-40 vibration isolator is an element designed to dampen vibrations and reduce noise generated by operating machines and equipment. Its construction, based on a combination of galvanized steel and rubber, allows for effective vibration isolation, which translates to increased work comfort, extended equipment life, and improved safety. It is a universal solution used in many industries, as well as in construction and household appliances.

This particular model is characterized by a cylindrical structure and has external M6 threads on both sides, which facilitates mounting and integration with various structures. Made of carbon steel with galvanization, it provides corrosion resistance, and the rubber with a hardness of 40 Shore effectively absorbs vibration energy. This value is a compromise between the ability to dampen and resistance to deformation under load.

• Effective isolation: Reduction of transmitted vibrations minimizes noise and vibration, positively impacting the work environment and user comfort.
• Versatility: Can be used in a wide range of machines and equipment – from engines and pumps to fans and electrical cabinets.
• Durable construction: The combination of galvanized steel and rubber ensures corrosion resistance and long-term reliability even in harsh operating conditions.
• Easy installation: M6 threads on both sides facilitate integration with existing structures, reducing installation time.
• Optimal rubber hardness: 40 Shore hardness provides a good balance between vibration damping and resistance to loads.

Choosing the right vibration isolator is crucial for effective vibration damping. It is necessary to consider parameters such as vibration frequency, load, and the required degree of damping. DVA.1 vibration isolators are available in various sizes and rubber hardnesses, allowing them to be adapted to the specific needs of a given application. This makes it possible to precisely isolate the device from the substrate or minimize the impact of external vibrations on its operation.