What Features Make Engineered Thermoplastic Material Different From Regular Poly
Posted by Michael Luis on August 29th, 2021
Engineered grade thermoplastics have wide applications in different industries – automotive, electronics, medical and mechanical. The material is highly durable and offers improved performance. This is why it is termed engineered.
• The material will offer resistance properties
• It is stable and durable
• It is non-reactive to harsh chemicals
These are the three most important properties of engineered thermoplastics. Many other factors make this as best raw materials for manufacturing industries.
Engineered grade thermoplastics are available in many different types. You will find some of the most common types used for manufacturing purposes. These may include polyacetals, polyamides, ABS, Polyesters, etc.
These are only a few variations that are available in the market. Due to many variations, manufacturers always have a wide range of raw materials to select from. The selection may usually depend on the area of application.
? Distinct properties
Any normal grade polyester material is highly combustible. This is one of the reasons the material is hardly used in areas that produce excess heat. But this is not the case when using engineered grade thermoplastic material.
The material is specially formulated so it offers very little combustion. The material will practically resist flame so it is not combustible. It is also appreciated for its stiffness and durability. As it is non-reactive so it will also resist environmental factors.
Any engineered grade thermoplastic should be resistant to weather elements. This is why it is also used in manufacturing medical grade equipment. The same material is also useful for manufacturing internal movable parts of the machines.
You will also find quality grade eco mass thermoplastic material used for manufacturing ammunition products.
? Resistivity properties
For better performance, engineered grade thermoplastic material is resistant to friction. It will also withstand alkaline solutions.
Some other properties may also include its resistivity to radiation and x-rays. It is also resistant to extreme temperature conditions. If the raw material is highly engineered, then it will resist temperatures up to 575 F.
? Highly durable
The material that has to be used for manufacturing machine parts has to be durable. This is one of the important properties of thermoplastic composite material. It can resist all types of impacts.
This is why it is one of the most important raw materials used in manufacturing frangible ammunition. It is also used in manufacturing machine parts that produce a lot of friction and heat. Thermoplastic materials will not produce friction.
? Used for machine parts
All types of plastic materials may not be used for making machine parts. This is because plastic material may easily wear and tear. They are not much durable. But quality grade engineered heavy density thermoplastic is used for manufacturing bush and bearings.
It is an ideal option for manufacturing any machine part that slides over the other surface. This is because the material does not produce much friction.
You just have to ensure that you have selected quality grade material depending on the manufacturing process. To prevent humidity effects, as well, thermoplastic materials are a better choice. They offer the best sealing against humidity.
Michael Luis has an author, Who has been vehemently writing industrial Mechanism related articles for about 5years. He enjoys writing stuffs on engineered thermoplastics, thermoplastic composite material and high density polymers related for ecomass.com.