Stainless steel high-temperature braided hose

Stainless steel high-temperature braided hoseIntroduction:

Performance and characteristics of corrugated metal hoses,Corrugated metal hose<Commonly known as hose>The mesh sleeve is the main pressure bearing part of the hose in the pressure pipeline,Simultaneously serving as a protective sleeve for the corrugated pipe,According to the pressure in the pipeline and the application location, one or more layers of stainless steel wire or steel strip can be selected for weaving. The pressure range of metal hoses is generallyDN0.6—25.0MpaThe limit is reached32.0MPa.The main material for making hoses is austenitic stainless steel, which ensures excellent temperature and corrosion resistance of the hoses. The working temperature range of the hoses is-190+550degree,Use metal hoses to select the appropriate stainless steel model based on the corrosiveness of the medium through which the pipeline passes,This ensures the corrosion resistance of the hose.Metal hoses have many characteristics such as good flexibility, high pressure resistance, high and low temperature resistance, and corrosion resistance.Compared to other hoses (rubber hoses, plastic hoses), the lifespan is many times longer. With the development of modern industry, there is a growing demand for high temperature and high pressure resistance,The demand for corrosion-resistant corrugated metal hoses is increasing.

Stainless steel high-temperature braided hoseScope of use: Suitable for conveying pipes that require sufficient flexibility to prevent piping in vibration prone areas. Used for steam, gas, air, heavy oil, petroleum, chemical drugs, etc.

Technical parameters: nominal diameter mm, inner diameter mm, outer diameter mm, small bending radius mm, high working pressure MPa, corrugated pipe with one layer of mesh sleeve, static and dynamic, one layer of mesh sleeve, and two layers of mesh sleeve.

Main purpose:
1. Transport corrosive chemical media or organic solvents. (For example: loading and unloading ammonia water, acetone, etc.)
2. Transport high-temperature media such as gases and hot oil. (For example: hot steam, thermal oil, etc.)
3. Transport low-temperature or ultra-low temperature media. (For example: liquid nitrogen)
4. Transport media such as water, steam, and oil in high-temperature environments. (For example: water vapor system and hydraulic system in coking, steelmaking, and continuous casting equipment)
5. Pipelines that require shock absorption or noise reduction. (For example: inlet and outlet of pumps)