Elastomer products when stretched return to their original form without getting bent, distorted or deformed. Once the external force is withdrawn, you can reuse elastomers because they are not easily damaged. The polymers are classified into two broad categories— saturated (that you cannot cure through vulcanization) and unsaturated (that can be cured by vulcanization). The rubbery material is known for its elastic properties that make it more versatile and usable. Whether it is a small, insulated nozzle or a large elastomer roller, engineers create custom material based on specific industry requirements. The polymers come with many advantages. Here are five of the most important benefits:


1. Inherent Compressibility


Elastomeric parts come with inherent compressibility which is particularly useful when mechanical bonding becomes necessary. It comes as little surprise that elastomers are widely used in manufacturing seals and gaskets that seek to ensure full system isolation by providing a continuous surface to even uneven edges. Another essential property of polymers is its chemical resistivity. It is useful in engine casings and pipes that carry acerbic chemicals and material-degrading fuels. 


2. Shock Absorption


Though a steel enclosure is mechanically sturdier than polymers, it lacks the ability to absorb shocks. Elastomers score better in this respect because they can manage shock events without damage. These products are used to cover metal housings as well as unconnected equipment components in quarries and mines to protect metal casings and to prevent them from deformation. Elastomeric surfaces efficiently counteract abrasion. The polymers are also resistant to wear and tear even when struck with fine aggregate matter or bigger mineral-laden rocks.


3. Electrical Conductivity and High-Temperature Resistivity


Elastomer products are developed and used in many industrial applications due to their electrical conductive property. When used in extreme temperature conditions, the material retains its original color and shape. They do not wear away or change their texture or look when exposed to the sunlight, water, or environmental gases.


You will also find ethylene acrylic elastomers that are resistant to synthetic engine oils and mineral-based oils at extreme temperatures of 302 degrees Fahrenheit or more and minus 40 degrees Fahrenheit. The polymers perform well in new and hostile automatic transmission fluids.


4. Insulation


Elastomers are also used to insulate pipes. When it comes to closed-cell elastomeric foam insulators, they have taken the industry by storm, and are used in many industrial and home applications of rubber to utilize its outstanding closed-cell characteristics. It is beneficial for reducing operating expenses and green living.


5. Resistant to Deformation


Equipment drive belts come with long molecular chains that are cross-linked to protect the belts from damage or deformation. These belts also offer mechanical force. With all these properties incorporated, you will be able to fit motors and drive systems with products that are flexible, durable, and retain their original shape and appearance despite continuous start or stop cycles, which are part of mechanical operations. Elastomers are strong and can bend without breaking and help machines to operate. And these include conveyor belts that turn through mining complexes.   


Whether used in industrial applications or for EMI shielding, choose quality elastomer products. Besides being resilient, polymers are known for their electrical insulation, thus making it ideal for EMI shields, and replaces metal sheets. Elastomeric products can reduce the compression in a shield and thus enhance its efficiency. They are more durable than typical metals such as nickel or copper. Elastomeric shields are used in military applications as well and protect them from unwanted interference. An elastomeric product’s ability to blend with concrete and its chemical resistance makes it usable in a range of industries and applications.