Tel: +86-318-4318688 / +86-13831828625
Difference between fiber-reinforced polyurethane hoses and nylon hoses
Fiber-reinforced hoses are named for their inner fiber lining and are also known as mesh hoses or braided hoses. Based on the braided inner layer, they can be divided into two types: fiber-reinforced polyurethane hoses and fiber-reinforced nylon hoses. Fiber-reinforced nylon hoses (XPA) are corrugated hoses made from PA6 nylon or PA12 nylon for wire threading, used in the power industry to protect wires and cables from external damage. Structure: Nylon core (XPA) reinforced layer: fiber braid outer layer: polyurethane (PU). The inner rubber layer is wound with fiber by a braiding machine, forming multiple fiber layers, and then rubber is added to increase strength. Features: Smooth surface, small bending radius, and softer than steel wire hoses. Wide range of applications. Performance: High strength, high modulus, high elasticity, tear resistance, solvent resistance, oil resistance, and weather resistance, combining the properties of rubber and plastic. Its outer diameter, bending radius, and weight are 1/2 to 1/3 that of rubber hoses with the same inner diameter, making it very convenient for process design and manual installation. Uses: High-pressure and low-pressure hoses are mainly used for high-pressure hoses, brake lines on machine tools, automobiles, engineering machinery, and motorcycles, and pneumatic instrument lines in the automated control of petroleum, chemical, pharmaceutical, and metallurgical industries. Fiber-reinforced polyurethane hoses have a smooth surface and a small bending radius, high strength, high modulus, high elasticity, tear resistance, solvent resistance, oil resistance, and weather resistance, combining the properties of rubber and plastic. Its outer diameter, bending radius, and weight are 1/2 to 1/3 that of rubber hoses with the same inner diameter, making it very convenient for process design and manual installation. They can be used for high-pressure and low-pressure hoses, mainly used for food, chemical, automotive, engineering machinery, automotive high-pressure hoses, brake lines, and fluid transport in automated production lines in the automated control of petroleum, chemical, pharmaceutical, and metallurgical industries.
Published Time:
2020-01-02
Fiber-reinforced hoses are named for their inner fiber layer and are also known as corrugated tubes or braided tubes. Based on the braided inner layer, they can be divided into two types: fiber-reinforced polyurethane hoses and fiber-reinforced nylon hoses. Fiber-reinforced nylon hoses (XPA) are corrugated tubes made from PA6 nylon or PA12 nylon for wire threading, used in the power industry to protect wires and cables from external damage. Structure: Nylon core (XPA) reinforced layer: fiber braided outer layer: polyurethane (PU). The inner rubber layer is wound with a fiber inner layer by a braiding machine, with multiple layers of fiber, and then rubber is added to increase strength. Features: Smooth surface, small bending radius, and softer than steel wire tubes. Wide range of applications. Performance: High strength, high modulus, high elasticity, tear resistance, solvent resistance, oil resistance, and weather resistance, combining the properties of rubber and plastic. Its outer diameter, bending radius, and weight are 1/2 to 1/3 that of rubber tubes with the same inner diameter, making it very convenient for process design and manual installation. Uses: High-pressure and low-pressure hoses are mainly used for high-pressure hoses, brake lines on machine tools, automobiles, engineering machinery, and motorcycles, and pneumatic instrument lines in the automated control of petroleum, chemical, pharmaceutical, and metallurgical industries. Fiber-reinforced polyurethane hoses have a smooth surface and a small bending radius, high strength, high modulus, high elasticity, tear resistance, solvent resistance, oil resistance, and weather resistance, combining the properties of rubber and plastic. Its outer diameter, bending radius, and weight are 1/2 to 1/3 that of rubber tubes with the same inner diameter, making it very convenient for process design and manual installation. They can be used for high-pressure and low-pressure hoses, mainly used for food, chemical, automotive, engineering machinery, automotive high-pressure hoses, brake lines, and fluid transport in automated production lines in the automated control of petroleum, chemical, pharmaceutical, and metallurgical industries.
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Exploring the Advantages of TPEE Hoses and Polyurethane Elastomer Products In modern manufacturing, material selection is critical to product performance and lifespan. In the automotive industry, in particular, the material of power steering hose assemblies directly impacts driving safety and comfort. Today, we will focus on TPEE hoses and polyurethane elastomer products, exploring their unique advantages in power steering hose assemblies. The Allure of TPEE Hoses First, let's look at TPEE hoses. The full name of this material is thermoplastic polyether ester elastomer, which combines the flexibility of rubber with the durability of plastic. Imagine TPEE hoses as an all-around athlete, not only maintaining good performance in various environments but also adapting to different temperature and pressure conditions. So, what are the specific advantages of TPEE hoses? 1. **Excellent Abrasion Resistance** TPEE hoses perform exceptionally well in terms of friction and wear. This means that using TPEE hoses in power steering systems can reduce the cost and hassle of frequent part replacements. 2. **Good Oil Resistance** In a car's power steering system, the use of oil is unavoidable. TPEE hoses can effectively resist oil erosion, extending their service life.
2024-11-30
How to properly maintain and service the power steering pipe assembly? The power steering pipe assembly is an important component of the vehicle's power steering system, directly affecting the vehicle's handling and safety. Have you ever felt heavy steering, or experienced weak steering? These problems may be related to the maintenance of the power steering pipe assembly. Next, we will explore how to properly maintain and service the power steering pipe assembly, making your car easier to drive. Understanding the structure of the power steering pipe assembly Before we start maintenance, we must first understand what a power steering pipe assembly is. Simply put, it is a pipe that connects the steering gear and the power steering pump, responsible for transmitting hydraulic oil. Imagine that the power steering pipe assembly is like a link between you and the car, making steering easy and precise. Imagine how strenuous driving would be without it! Regularly check the hydraulic oil First, you need to regularly check the hydraulic oil in the power steering system. Hydraulic oil is like flowing blood, maintaining the normal operation of the entire system. Insufficient oil or deteriorated oil quality can lead to heavy steering, or even damage to the pipe assembly. You can open the oil tank every few months to check whether the oil level is within the normal range and observe the color of the oil. If the oil is black or
2024-11-20
Hebei Sanfeng Rubber and Plastic Products Co., Ltd.
Hebei Sanfeng Rubber and Plastic Products Co., Ltd. is located at No. 564, Jing'an Street, Jingxian County, Hengshui City, Hebei Province. Founded in 1989, it is a professional manufacturer of TPEE hoses and polyurethane rubber and plastic products.
Address: No. 564, Jing'an Street, Jingxian County, Hengshui City, Hebei Province
Tel: +86-318-4318688
Mobile: +86-13831828625
Website: www.hbsfxs.cn
Email: hbsf_xs@hbsfxs.cn