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Difference between woven fabric silicone hose and knitting fabric silicone hose
Source: | Author: Lisa Huang | Publish date: 2023-08-04 | 355 views | Share:
Difference between woven fabric silicone hose and knitting fabric silicone hose


Here's the difference between woven fabric and knitted fabric in silicone hoses:


Woven Fabric Silicone Hoses:


Manufacturing process: Woven fabric hoses are made by weaving individual strands or fibers of silicone together in a crisscross pattern using specialized looms.

Structure: The woven structure provides a stable and rigid hose with less stretchability and flexibility compared to knitted hoses.

Strength: Woven fabric hoses tend to be stronger and more resistant to tears and punctures due to the interlocking nature of the woven fibers.

Applications: These hoses are commonly used in applications where high pressure and mechanical stresses are expected, such as in industrial environments.

Knitted Fabric Silicone Hoses:


Manufacturing process: Knitted fabric hoses are made by interlocking loops of silicone yarn using knitting machines.

Structure: The knitted structure provides a more flexible and stretchable hose compared to woven hoses. Knitted hoses can often expand and contract more easily.

Strength: Knitted fabric hoses may not be as strong as woven hoses, but they are still durable and suitable for various applications.

Applications: These hoses are commonly used in applications where flexibility and ease of installation are important, such as in automotive and household applications.

Both woven and knitted fabric silicone hoses have their advantages and disadvantages, and the choice between the two depends on the specific requirements of the application. Woven hoses are more robust and suited for high-pressure applications, while knitted hoses are more flexible and ideal for applications where bending and movement are frequent. It's essential to consider factors such as pressure, temperature, flexibility, and the environment where the hose will be used before selecting the appropriate type.