Whether you own a hydraulic hose or have used one, it is important to learn how to save it correctly. There are several reasons for a hose to fail and if you don’t save it properly, it may cost you hundreds or even thousands of dollars. If you follow the steps in this article, you will be able to save your hydraulic hose and keep it working for years to come.
dimensions of hydraulic hose
It is crucial to choose the right size hydraulic hose for your application. A wrong choice can cause serious damage to your hydraulic system. In addition to damage, you may run into problems such as leaks and increased pressure drops.
The dimensions of hydraulic hose are determined by the inner diameter (ID) and outer diameter (OD). These measurements are crucial for the operation of a hydraulic system.
The inner diameter is a measurement of the space between the two furthest points on the inner surface of the hose. Choosing a hose with a large inner diameter can lead to routing problems and can cause pressure losses. Using a larger inner diameter is recommended when pressure permits.
It is important to remember that hose dimensions can’t be measured in a standard way. There are many manufacturers and suppliers, and each will have its own method of calculating the overall length. It is important to consider the length of the hose.
In order to calculate the overall length, you need to subtract the fitting’s length from the actual measured length. To ensure that the swivel JIC fits properly on the JIC interface, it should be measured.
causes of hydraulic hose rupture
Having a hydraulic hose rupture can be a major issue for any operation. It can cause equipment damage and unplanned downtime. It can also be very costly. This problem can be avoided by using the correct hydraulic hose assembly procedures.
Hydraulic hose failures can be caused by a variety of factors. Hose failure can be caused by abrasion, high temperatures, or site damage. If you notice any of these signs, you should stop the operation and take steps to fix the problem.
Abrasion is caused by friction between the hydraulic hose and metal objects. Small leaks and fractures can be caused by abrasive debris. In addition, fluid particulates can also cause damage to the inner tube.
Using the right hydraulic fluid for the job is also important. The fluid must be compatible with the fittings, o-rings, and hose. If the fluid does not match, it can cause delamination and inner tube swelling.
Hoses that are exposed to extreme temperatures can cause loss of flexibility. In addition, direct heat can destroy the outer layers of hoses.
A heat guard can be used to prevent hose failure. A bend restrictor, which is a plastic sleeve, adds extra support to thehose in trouble areas.
Hydraulic hoses are made from the main raw materials
Whether you are a customer, supplier, or a hose maker, it is important to know what materials make up a hydraulic hose. These materials are used in the manufacture of hoses that are flexible, durable, and resistant to harsh environments.
Natural rubber, synthetic rubber, as well as synthetic polymers are the most common types used in hoses. Each material has its own molecular structure. Natural rubber has the highest tensile strengths. Natural rubber is derived from the latex tree, which grows in tropical regions. Synthetic rubber, on the other hand, is made from a polymer compound known as cis-1,4-polyisoprene.
Synthetic polymers, such as polytetrafluoroethylene (PTFE), are used in chemical impact hoses. PTFE resists corrosion, making it an ideal choice for hoses that need to withstand acidic or alkaline chemicals.
Polyamide is another common material used in hose construction. It is commonly used in material handling equipment, but also has advantages over rubber, such as greater elasticity, greater resistance to pin hole leaks, and lower costs.
Thermoplastic can also be used to handle material. It is a durable material that is a cost-effective choice for hydraulic equipment manufacturers. It can also be used in thermoplastic oil lines and is suitable to hoses that are exposed hot equipment parts.
