Gasoline hose for compressed air and gases are used to transport compressed air and gases from one location to another in industrial, medical, construction, and agricultural applications. These hoses are often composed of NBR (Nitrile Rubber), PVC (Polyvinyl Chloride), EPDM (Ethylene Propylene Diene Monomer), PTFE (Polytetrafluoroethylene), Silicone, and other materials. To guarantee safety and lifespan, these hoses are typically reinforced with stainless steel or polyester fabric braiding. They must also adhere to numerous ISO, EU, and US air and gas safety regulations. Figure 1 depicts an air and gas pipe with an NBR inner and outer layer.
Low pressure hoses and high pressure hoses are the most common types of air and gas hoses. Low pressure hoses are used for gases such as acetylene, oxygen, butane/propane mixture, natural gas, neutral gas, and so on. High pressure hoses are used at pressures more than 140 bar and for tasks such as gas cylinder filling and emptying.
What does it do?
Low pressure hoses and high pressure hoses are the most common types of air and gas hoses. Low pressure hoses are used for gases such as acetylene, oxygen, butane/propane mixture, natural gas, neutral gas, and so on. High pressure hoses are used at pressures more than 140 bar and for tasks such as gas cylinder filling and emptying.
The gases carried in industrial facilities may be poisonous and/or combustible. Such applications should pay extra attention to selecting the appropriate hose and fittings. The gas hoses must be leak-proof and break-resistant. Mistakes in hose materials, pressure requirements, and fittings can result in hose failure, which can be extremely dangerous in such installations.
Hydraulic hoses are constructed with a specific capping interior rubber layer, steel or textile reinforcement, and a protective outer covering. hydraulic hose manufacturer interior layer is created via extrusion and a specific rubber composition that gives a high degree of leak resistance, strain strength, and corrosion resistance. The reinforcing layer, which is composed of high-tensile steel or textile wires, is put in the centre of the hose.
