Differences Between Commercial Rubber Products in Seattle, WA

by | Jan 10, 2018 | Construction and Maintenance

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Selecting the proper Rubber Products in Seattle WA for commercial and industrial uses requires an understanding of the differences. It is also crucial to know the limitations of products available. More products are introduced to the market on a regular basis, so it may be difficult to decide which is best for any new project.

Expert selection assistance and project support from a supply and service company that has been in business for one-hundred years can save time and money within several industries. Atlas Supply, for example, has the capacity and range of products to support the needs of commercial construction, aerospace, industrial manufacturing, and marine repair.

Vulcanization

This process is an irreversible way to change the chemical structure of a rubber compound. The results of this chemical treatment are the rubber becomes less plastic and the elastic properties are improved. The purpose is to make the compound more resistant to swelling and better able to withstand a wider range of temperatures than untreated rubber.

Thermosetting Rubber

Once a compound is vulcanized, it is referred to as a thermosetting rubber. That means the rubber cannot be melted and re-molded without destroying the original characteristics. This rubber is stronger, more durable, and will hold its shape. Products are used for sound and vibration control, load bearing, electrical insulation, and shock absorption, among many other applications.

Thermoplastic Rubber

Rubber Products in Seattle WA that do not go through the vulcanization process are known as thermoplastic rubber products. These products have more flexibility but will exhibit loss of original characteristics over time. The rubber will repeatedly soften when it is heated and stiffen once it is cooled. It is more pliable and will avoid cracking or leaking as temperatures or conditions change.

This type of rubber is faster and easier to process than thermosetting rubber. It also requires lower energy costs to use and can be recycled. Applications include electric and electronic equipment, specialty medical needs, and sports innovations in protective gear and safety.

New polymers, adhesives, and sealants will replace traditional vulcanized compounds due to lower manufacturing costs and higher speeds of production. Knowing the differences in rubber types and uses allows commercial and industrial business owners to compare properties to be sure the right rubber is used.

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