Vibration damper pads
We need to isolate our devices if we don’t want the vibrations to damage them and their surroundings. No matter if you are looking for something that will protect your machines in your factory, or if you want to prevent any damage in your home, you should use vibration damper pads. These small accessories are made of rubber, and they can be easily installed on the bottom or even the sides of every large machine or engine. They are most commonly used in large factories of different industries, but they can also find their purpose in private households.
The vibration damper pads are usually thicker than other types of vibration dampening units, and they are most commonly flat. They can be easily placed under any device, and you need to only calculate how many of them you would need to ensure a safe workspace. When it comes to smaller devices, you should not need more than four, one placed on each corner of the machine. However, if the device is heavier, or if it’s bigger you may need more than that. You can reach out to us if you are having any issues figuring out how many of the vibration damper pads you may need, and we can aid you in choosing the right size and type of these accessories.
Most of the units can withstand extreme conditions that may vary from freezing cold temperatures, up to extreme heat. They will not get damaged and they will not melt even if they are left outside. Rubber is the best material when it comes to absorbing vibrations, and that is why most of these units are made of this exact material. By implementing them in your home or workplace you will avoid the need to replace or fix the machines constantly, and you will create a better and safer environment for your employees.
Product specifications
- Product form
- Compression-loaded isolation pad beneath a support
- Application focus
- Engines. Size the part against the selected assembly.
- Dimensions to confirm
- Length, width, thickness and loaded contact area. Match these to engines.
- Isolation objectives
- Steady vibration. Define a measurable acceptance target on the supported assembly.
- Bearing pressure
- Calculate the load on each pad and select its area and compression for that load.
- Support position
- Identify whether each pad acts beneath or beside the machine. Define its load direction and number of supports from the actual load distribution.
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