Vibration isolator DVA.5-20-20-SST-M6-55 Z038295

Vibration Isolators – Reduction of Vibrations and Noise

The DVA.5-20-20-SST-M6-55 vibration isolator is an element designed to reduce vibrations and noise in machines, equipment, and structures. It effectively dampens vibrations, minimizing their transmission to the surroundings and protecting sensitive components from damage. Made of high-quality materials, it ensures durability and reliability even in demanding working conditions. This is particularly important in precision applications where minimizing vibrations directly translates to the quality of tasks performed.

Construction and Materials

The vibration isolator is characterized by a cylindrical shape and a solid construction. The insert is made of stainless steel AISI 304, which guarantees corrosion resistance and long-term operation. The M6 threaded hole allows for easy mounting in the structure. The body of the vibration isolator is made of natural rubber NR with a hardness of 55 on the Shore A scale, providing optimal damping properties. A hardness of 55 Shore is a compromise between the ability to absorb energy and resistance to deformation – ideal for a wide range of applications.

Applications and Benefits

DVA.5 vibration isolators are used in many industries, including:

• Mechanical Engineering: reduction of vibrations generated by machines and equipment, improvement of operator comfort and increased equipment life.
• Automotive Industry: damping of engine and other vehicle component vibrations, improved driving comfort and noise reduction.
• Construction: acoustic insulation of buildings, reduction of noise generated by ventilation and air conditioning systems.
• Electronics: protection of sensitive electronic components from damage caused by vibrations.
• Precision Instruments: stabilization of measuring and laboratory equipment, ensuring measurement accuracy.

Mounting the vibration isolator allows for:

• Reducing the noise level generated by operating devices.
• Protecting structural elements from damage caused by vibrations.
• Improving operator comfort when working with machines and equipment.
• Increasing equipment life by reducing dynamic loads.
• Ensuring stable operation of precision devices.