Stainless Steel Hoses Take The Pressure

A hydraulic system that is designed for use within the various industry sectors of today are becoming more and more demanding each day. The temperatures that are being reached during daily production are continuously increasing and space is becoming even more limited than ever before. The requirements of hose assemblies are needed to endure all of these drastic work conditions, whilst simultaneously handling the varying degrees of pressure. Stainless steel hose assemblies are the answer to all the potential issues brought by hydraulic systems today, and deliver only the highest quality performance when placed under demanding circumstances.

Stainless steel hoses are designed with a heavy wall of PTFE that is usable alongside almost any hydraulic fluid available today. Then tube within the stainless steel hose is able to disperse any static that subsequently provides a path of constant movement towards the hose fittings for smooth operation, which is beneficial for assemblies that induce potentially damaging electrostatic charges.

The PTFE hose is coated in braided wire to provide extra reinforcement. The braiding, whilst providing reinforcement, is also designed to be flexible and will allow for a tighter bend whilst maintaining its required working pressure. The braided wire is also helpful in preventing unnecessary expansion during moments of high pressure or an increase in substance quantity. Subsequently, vibration and movement is minimised due to the attributes of the stainless steel hose assembly, which is an absolute necessity within the limited space of a hydraulic system or machinery.

Stainless steel hose assemblies are a fantastic alternative to common rubber hoses due to their robust and durable nature and ability to adapt to a variety of working environments. A reliable hose management company in your area will happily provide information on the types of hose assemblies used within various industry sectors, and which hose type will precisely suit your requirements.

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