Why Vibration-Dampening Techniques Are Important To Kill Vibrations?

Posted by Michael Luis on May 6th, 2023

If you are used to working with machines, you know how damaging can vibrations be. Vibrations of high magnitudes can also damage any movable or fixed part of the machines. As compared to inertial force and elastic force, vibrations are smaller in magnitude.

In general, vibrations are more damaging. This is why engineers always ensure that they make use of advanced techniques to kill vibrations. In specialized circumstances, vibrations can cause a lot of damage. This is why there is always a huge demand for vibrationdamping material at present.

•    Specialized thermoplastic fibres can be used as pads to kill vibrations
•    Thermoplastic material tends to cancel vibration before machine parts can be damaged
•    The movable parts of the machine can easily get damaged if vibrations are not controlled

Why is vibration dampening?

Vibration cannot be beneficial in most cases. Thus it is important to reduce and lower the vibration generated. One of the most common techniques used to reduce vibration is by placing vibration-dampening material like a pad in between two layers.

The material that is used to manufacture the pad is made up of quality thermoplastic. The material acts like a layer that can absorb the vibrations. Thus the damaging effects of vibrations can be reduced or lowered. The material that is placed in between two layers can change the frequency of the vibration.

Why use thermoplastic material?

To kill vibration the material needs to have properties very much similar to rubber material. This property is very much common in thermoplastic materials. Such materials are also termed anti-vibration materials.

The vibrations that are generated on account of friction can easily be absorbed by thermoplastic material that is placed in between two layers as a pad. This technique is widely used in manufacturing industries and commercial places where vibrations can cause severe damage.

How Thermoplastic is more applicable?

Earlier it has been told that thermoplastic may have properties very much similar to rubber material. There is yet another reason why thermoplastic is better. If you are using engineered thermoplastics then it is obvious that you are aware of its durability as well.

Compared to normal rubber material, the thermoplastic material is more durable and tough. The material does not get damaged and so it can withstand heavy vibration. Due to this property, the material is also used to manufacture machine parts.

Ability to withstand heat

The vibration of any level will always produce heat. The heat that is produced on account of vibration, may be more damaging. The heat can burn moving parts of the machine because of friction force. It is important to kill vibration if excess heat is produced.

The thermoplastic material can easily absorb heat. The main property of this material is that it does not get burned. The thermoplastic material can withstand high heat and is thus useful. The material reflects vibration-dampening coefficient properties even at high temperatures.

If you are looking forward to kill vibrations, then you need to check out the unique properties of thermoplastic materials. You can check out the properties of Ecomass material. It can be used to replace rubber and offer durability as well.

About Author:

Michael Luis has an author, Who has been vehemently writing industrial Mechanism related articles for about 5years. He enjoys writing stuffs on vibration damping material, engineered thermoplastics and Nontoxic high density materials related for Ecomass Technologies.