Vibration isolator DVA.6-35-40-M8-23-70 Z050618

Vibration and Noise Damping in Machines and Equipment

The DVA.6-35-40-M8-23-70 vibration isolator is a component designed to reduce vibrations, shocks, and noise generated by moving parts of machines and equipment. Its construction is based on a combination of a steel body with a damping element made of natural rubber, which provides effective protection against the negative effects of vibrations.

This vibration isolator is used wherever it is necessary to limit the transmission of vibrations to the machine structure or the environment. This improves working comfort, increases the durability of equipment, and reduces noise levels. This is particularly important in precision machines, laboratory equipment, or production lines.

Construction and Properties

The DVA.6-35-40-M8-23-70 vibration isolator is characterized by a conical design, which allows for effective damping of vibrations in various directions. It is made of galvanized steel, which ensures corrosion resistance and long-term operation. The damping element is made of natural rubber with a hardness of 70 degrees on the Shore scale – this value guarantees good flexibility and effectiveness in damping vibrations of different frequencies. The M8 thread facilitates mounting in standard holes.

• Galvanized steel: Provides strength and corrosion resistance, which is important in harsh industrial conditions.
• Natural rubber: Used to dampen vibrations, offers good flexibility and effectiveness at 70 Shore A hardness.
• Conical design: Enables effective damping of vibrations regardless of their direction.
• M8 thread: Standard thread size ensures easy mounting and compatibility with many devices.
• Height 40 mm and diameter 35 mm: Compact dimensions allow for use in limited space.

Applications and Benefits

Vibration isolators from the DVA series are widely used in the machinery industry, equipment construction, and many other applications where it is necessary to limit the impact of vibrations on the environment or the machine itself. Installing such elements translates to:

• Increased durability of machines and equipment: Reducing vibrations minimizes wear on mechanical components, extending their service life.
• Improved working comfort: Reducing noise and vibrations translates to better working conditions for machine operators.
• Noise reduction: Damping vibrations contributes to lowering the noise level generated by devices.
• Increased operating accuracy: Eliminating vibrations allows for more precise operation of machines and equipment, especially those requiring high accuracy.
• Protection of sensitive elements: Vibration isolators protect delicate elements from damage caused by vibrations.