A stainless steel braided hose is composed of 6 stainless steel wires and should not be crossed between them ..

The best material for the braided layer of stainless steel braided hoses is high-grade (304), which has better stability and flexibility than low-grade stainless steel

The best material for the weaving layer of stainless steel braided hoses is high-grade (304), which has better stability and flexibility than low-grade stainless steel; A stainless steel braided hose is composed of 6 stainless steel wires, and there should be no crossing or overlapping between them. The surface of the braided layer should not have broken wires, and the quality of the braided layer can be determined by visual inspection or touching the surface with hands; The higher the density of stainless steel interweaving in stainless steel braided hoses, the better. To distinguish between high and low braiding density, simply look at the pore size of the gaps between the braided layers. The smaller the pore size, the higher the density, and vice versa. When purchasing, attention should be paid to products with quality assurance, brand, and good reputation for greater assurance.

Stainless steel soft connection specifications:

The specifications, dimensions, and models of stainless steel flexible connections are classified as follows: DN10、DN15、DN20、DN25、DN32、DN40、DN50、DN65、DN80、DN100、DN125、DN150、DN200、DN250、DN300、DN350、DN400 Metal hoses can be divided into 2.5KG pressure, 6KG pressure, 10KG pressure, 16KG pressure, 25KG pressure, etc. The connection methods of metal hoses are divided into flange connection, threaded connection, quick connector connection, movable internal thread connection, and jacketed metal hoses. Small caliber hoses are generally connected with threads and quick connectors, while larger caliber hoses are generally connected with flanges.

Stainless steel soft connection function:

Installing a pump connecting hose at the inlet and outlet of the pump can reduce and absorb the vibration and noise of the pipe system, while also compensating for certain displacement, protecting the normal operation of the system, calming the working environment, and eliminating common problems such as aging and poor temperature resistance of rubber soft joints used in the past. It can solve the problem of instrument damage caused by vibration in the pipeline system composed of pumps or compressors, valves, and instruments for conveying liquid and gas media, shortening the service life of components, affecting the normal operation of the system, and seriously endangering the health of operators due to the noise generated by vibration.