An air hose crimper is a mechanical device designed to compress fittings onto the ends of hoses, creating a strong, permanent bond. This process, known as crimping, ensures that air or fluid cannot escape through the connection, thus maintaining the efficiency and safety of pneumatic systems. Crimpers are available in various sizes and configurations, catering to different hose diameters and materials.
Since hose may change in length from +2% to -4% under the surge of high pressure, provide sufficient slack for expansion and contraction.
Never use a bending radius less than the minimum shown in the hose specification tables. The bending radius of the hose should be far away from the hose fitting (A＞1.5R)
Hose bending radius is bigger when it is in motion.
Choose proper fittings, avoid twisting in hose lines bent in two planes.
Avoid twisting in hose by use clamp properly.
Hose should not be twisted, hose is weak when installed in twisted position. Also pressure in twisted hose tends to loosen fitting connections. Design so that machine motion produces bending rather that twisting.
Leave proper length when the hose in connected
Choose proper fittings, avoid too small bending radius and excess force.
Choose proper fittings, avoid excessive hose length.
Reuse friction, avoid hose touching the object directly or far away from the object.
Hose Active Working Pressure Working Life
As shown , when active working pressure in 1.25 times recommended working pressure, the hose working life is only half of i under working in recommended working pressure.
Store Conditions of the Assembly.
1.If possible, the storing temperature range is within 0-30 ℃. During storing, temperature should not exceed 50℃
2.The storing areas can not place equipment within can produce ozone.For example mercury vapour lamp, high voltage electric device and other equipment which can produce spark or set out electricity.
3.Can not be placed with erosive products or exposed over gas-volatile on these products.
4.Far away from heat source and equipment which can produce electric field or magnetic field
5.Avoid sunshine or strong artificial light source
6.Avoid to touch the sharp objects or the ground
7.Guarantee against rodent attacking.
8.Observe the rule of “First in, then first out”
In summary, stainless braided oil lines offer a multitude of advantages over traditional oil delivery systems. With their exceptional durability, high-pressure resistance, flexibility, and corrosion resistance, they provide an effective and reliable solution for diverse applications. Moreover, their aesthetic appeal adds a finishing touch to any engine setup. As industries continue to strive for efficiency and performance, the reliance on quality components like stainless braided oil lines is likely to grow, securing their place as a critical element in the world of automotive and machinery technology. Whether for daily driving, racing, or complex industrial tasks, these lines prove that they are indispensable for ensuring smooth and reliable operations.
Hydraulic systems are integral to various industries, including construction, manufacturing, and automotive. At the heart of these systems lies a crucial component the hydraulic oil hose. These hoses are designed to carry hydraulic fluid to power a range of machinery, making them essential for the smooth operation of hydraulic systems. This article explores the significance, types, features, and applications of hydraulic oil hoses.
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In the world of fluid transfer and piping systems, ensuring a secure and leak-free connection is paramount. Braided hoses, widely used for their flexibility and strength, require specific tools to assemble and maintain their integrity. One such tool is the braided hose crimping tool, an essential device for anyone working with these specialized hoses. This article explores the importance, features, and usage of braided hose crimping tools.
