Vibration isolator DVA.5-20-25-M6-40 Z050126

Vibration damping and noise reduction in machines and equipment

The DVA.5-20-25-M6-40 vibration isolator is designed for effective vibration damping and noise reduction generated by operating machines and equipment. Its construction, based on a combination of a galvanized steel insert and a rubber body, allows for the absorption of kinetic energy and minimization of its transfer to the surroundings. This solution finds application in many industries, where vibration reduction translates into increased machine durability, improved work comfort, and reduced noise levels.

Construction and application

The vibration isolator consists of a galvanized steel insert with an internal M6 thread and a body made of natural rubber with a hardness of 40 Shore A. The rubber hardness has been selected to provide optimal damping properties while maintaining adequate mechanical strength. The threaded hole allows for easy mounting in the machine or equipment structure. Dimensions – diameter 20 mm and height 25 mm – allow it to be used in spaces with limited dimensions. The non-through design ensures stable mounting and minimizes the risk of the element shifting during operation.

Advantages and benefits

• Effective vibration damping: Reduction of transmitted vibrations protects machine structural elements from damage, extending their service life.
• Noise reduction: Reducing the noise level generated by operating equipment improves operator comfort and meets acoustic safety standards.
• Simple installation: The M6 threaded hole allows for quick and easy installation without the need for additional tools or fasteners.
• Durable construction: The combination of galvanized steel and natural rubber provides high resistance to mechanical loads and environmental conditions.
• Versatile application: Suitable for use in various types of machines and equipment, such as pumps, fans, compressors, machine tools, or precision devices.
• Protection against damage: Vibration isolation also protects delicate electronic components from damage caused by vibrations.
• Improved operating accuracy: Reducing vibrations positively affects the accuracy of machines and equipment, especially those requiring high precision.