The Ultra high pressure hose is a specialty hose used for ultra high pressure cleaning, water-jetting, and pressure testing. These hoses are multispiral thermoplastic hoses with specialized fittings. There are many different types of UHP hose, and you may have to select one depending on the application. We’ll be discussing a few of these types and their uses in this article.
Ultra high pressure hose
An Ultra high pressure PTFE Hose is a very useful type. It is the lightest PTFE hose, but performs above its weight with its excellent routability and reduced OD. This hose is used for high pressure gas and fluid delivery applications. If you need one with a high working pressure, contact a company that specializes in this type of hose.
Depending on the application, an Ultra high pressure hose can either be made of rubber or plastic. Generally, rubber hoses are used in mining, chemical production, and petroleum producers. These hoses are widely accepted and have a safety factor of 2.5. They are smooth in construction and reinforced with high-tensile wire spirals of high-tensile stainless steel wire for maximum flexibility. This material is also 3-10% lighter that other similar hoses.
NLB’s entire line of Ultra High-Pressure Hydraulic Hoses is designed for durability and reliable service. Most hoses are available in stock in 25-feet and 50-foot lengths. However, UHP hoses can be ordered in custom lengths. The UHP line of high-pressure hose has hoses rated for 40,000 psi (2800 bar) and features UHP end connections.
Ultra high pressure cleaning hose
An ultra high pressure cleaning hose is a tool that is used to clean surfaces using highly-pressured water. Using a water blasting system, this high-pressure hose can clean surfaces and prevent corrosion in a wide range of industrial applications. The hose can be used for either a short-term or long-term solution depending on the application. The hose is lightweight and compact, and made from a high-tensile wire steel wire to withstand abrasive cleaning waters.
UHP water jetting is a popular method for cleaning steel surfaces. Environmental factors make steel surfaces vulnerable to corrosion, and traditional abrasive blasting can leave excessive waste behind. Water jetting leaves a smooth surface that is completely free of dirt, resulting in a superior surface for coating applications. The clean surface and profile make the application of paint or other protective coatings more effective and long-lasting.
These hoses are made from synthetic rubber reinforced with steel wire braids. These hoses are available in a variety of colors and can withstand pressures as high as four thousand psi. The hose’s smooth inner tube reduces resistance, while its flexibility and durability make it an ideal choice for a wide range of industries. They are also lightweight and easy to transfer, and can withstand different temperature conditions. They can also be recycled making them a greener choice for cleaning.
Ultra high pressure resin hose
An Ultra high pressure resin hose consists of an inner tube 11, a jacket layer 12, and a metal wire reinforcing layer 13. The hose comes with a cap 14. The hose’s ends are connected to a 14-gauge metal fitting, which is attached to both ends. If the fitting is attached to only one end, it is referred to as a “single-end ultra high pressure resin hose.”
A crimped inner tube connects the nozzle to the high pressure generator. The inner tube is resistant to fluid leakage, and the pipe body is stable under high pressure. It can withstand peristalsis, bending and breaking without cracking. Ultra high pressure resin hoses are used extensively in high-pressure applications. This article will give you an overview of the various features of this product. What is an Ultra high-pressure resin hose?
Fiber-reinforced nylon resin is a versatile material that can withstand pressure, chemicals, high temperatures, and high pressure. It is also resistant to corrosion and abrasion. The outer wall is made from nylon in different colors. It can work at temperatures between -40 and +120 degrees Celsius. Its application is endless. You can find it in all kinds of industries, from air conditioning to vacuum systems.
