What is Reinforced Braided Vinyl Tubing?
Reinforced braided vinyl tubing is composed of pvc inner layer and outer layer, as well as the intermediate fiber braided reinforced layer.
This unique structure enhances the pipe’s pressure resistance and flexibility compared to single-layer vinyl pipes. At the same time, different braided reinforcement methods make it able to withstand higher pressures without collapsing or breaking, and it is not easy to twist.
Benefits of reinforced vinyl tubing
High durability: 100% new pvc and reinforced design. Hose has a long life and has a high resistance to high pressure, can be suitable for most common high pressure scenarios.
Flexibility: Unlike rigid pipes, reinforced braided vinyl pipes have good flexibility and are easy to install. It also has better adaptability in complex environments.
Chemical resistance: This type of tube is resistant to many chemicals, making it suitable for a variety of industrial applications where exposure to harsh substances is common.
Temperature resistance: Reinforced vinyl tubing can handle a wide temperature range, making it suitable for hot and cold liquids.
Visibility: The translucent nature of vinyl tubes makes it easy to monitor fluid flow, which is essential in many applications.
Applications of Fiber Reinforced PVC Hose
uid Transfer: Commonly used for transferring water, chemicals, and other fluids in industrial settings, agricultural applications, and home use.
Automotive: Ideal for fuel lines, coolant hoses, and other automotive applications due to its resistance to various automotive fluids.
Food and Beverage: Meets FDA regulations for food safety, making it suitable for food processing and beverage dispensing.
Medical and Laboratory: Used in medical equipment and laboratory settings for fluid transfer, due to its chemical resistance and flexibility.
Construction: Often utilized in construction for various applications, including drainage systems and irrigation.
How to choose the right hoses
When selecting reinforced braided vinyl tubing, consider the following specifications:
Diameter: Choose the appropriate diameter based on the flow requirements of your application.
Pressure Rating: Ensure the tubing can withstand the maximum pressure it will be subjected to.
Temperature Range: Confirm that the tubing can handle the temperature of the fluids it will transport.
Compliance: Check for any necessary certifications, especially for food and medical applications.
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