Silicone hoses are used in a range of industrial applications. These highly durable hoses are ideal for high pressure conditions and vacuum applications. High quality hoses can withstand temperature variations and extreme pressures. Silicone hoses are available in a variety of options, such as wired, fabric, single-braided and double braided, to meet specific industry requirements.
How is a Silicone Hose Manufactured?
A silicone hose is made up of the silicone compound, a chemical substance similar to the quartz crystal. It contains strings (or bonds) among oxygen, hydrogen, carbon and silicone. The production process of silicone hoses includes treatment with several chemicals such as chlorine. The chemical treatment makes the hose more durable, chemical resistant and non-toxic.
Silicone hoses appear as a condensed form of sand like elements of milky translucent color. To make it more rugged, the hose is covered with polyester fabric. This reinforcement makes the hose more flexible and adaptable to extreme conditions.
Silicone Hose: Range of Applications
Silicone hoses are used in a range of applications across different industrial sectors. They are particularly used in:
- Chemical plants
- Metal manufacturing units
- High pressure conditions
- Ultra-pure fluid transfer
- Purification processes
- Process lines
The automobile industry extensively uses silicone hoses. They are particularly used in sports cars to support a high temperature and pressure environment. They are used in radiators, air cool chambers and turbo devices.
It is hard to buy these hoses in retail markets. Most industries procure them directly from manufacturing companies or online suppliers.
For more information on silicone hoses, visit https://www.amazonhose.com/. Amazon Rubber & Hose Company is an international distributor of silicone hoses from top manufacturers. The company supplies high quality hoses that meet industry specifications at discounted rates. You can also place orders for customized hoses, assemblies and fittings as per your individual requirements.