Long-rod stainless steel braided hose :the perfect combination of innovative design and excellent performance

The long-rod stainless steel braided hose adopts a unique design that combines 304 stainless steel braided layer with highly elastic material. The 304 stainless steel braided layer is one of the key designs of this long-rod stainless steel braided hose. 304 stainless steel itself has excellent corrosion resistance and good mechanical properties, and can effectively resist the corrosion of many common chemical media, which makes the hose widely used in the fields of chemical industry, food processing, and oil transportation. In addition to the 304 stainless steel braided layer, the long-rod stainless steel braided hose also uses highly elastic materials. The addition of these materials enables the hose to maintain good flexibility when subjected to pressure and stretching. The use of highly elastic materials enables the hose to maintain good fluid transmission capabilities in complex environments such as bending and torsion. The design of the long-rod stainless steel braided hose can effectively cope with a variety of external environmental factors, including climate change, temperature fluctuations, humidity, chemical corrosion, etc., to ensure that the hose can still operate stably for a long time under harsh conditions. For example, the corrosion resistance of stainless steel and the chemical corrosion resistance of highly elastic materials ensure that the hose can continue to play its efficient transmission role in a variety of harsh environments containing acidic or alkaline liquids, oil substances, salt water, etc., and is not easily corroded or damaged. The high-strength design of the hose can effectively prevent the hose from breaking or leaking under high pressure or strong external force. The combination of 304 stainless steel braided layer and high elastic material makes the hose fully exert its pressure resistance and impact resistance in daily work, especially suitable for those occasions that need to withstand high pressure or dynamic load.

In order to meet the needs of different industries and environments, the long-stem stainless steel braided hose is very diverse in material selection. The inner tube of the hose can be selected from a variety of high-quality materials such as PVC, EPDM, PEX, TPV, etc. according to specific application requirements. These materials not only have excellent heat resistance, chemical corrosion resistance, wear resistance and other characteristics, but also ensure that the hose does not leak or age during the transportation of various fluids. In addition, the nuts and cores of the hose are made of brass, which further enhances the stability and durability of the overall structure. Whether it is liquid transmission in the industrial field or daily use in family life, this hose can provide excellent solutions.

The burst pressure of the long-stem stainless steel braided hose reaches 8.0 MPa, which is much higher than the bearing capacity of many traditional hoses. In actual use, the hose not only needs to withstand normal working pressure, but may also be affected by external shocks, pressure fluctuations and other factors. Therefore, its design must be able to effectively cope with various extreme pressure conditions. The working pressure of the hose is 1 MPa, which means that under normal working conditions, the hose can stably withstand a pressure of 1 MPa. This design enables the long-rod stainless steel braided hose to be widely used in conventional industrial pipelines and daily use scenarios, such as liquid transportation, gas transmission, food processing equipment, etc. The operating temperature range of the long-rod stainless steel braided hose is 0-90℃. It can work stably in conventional temperatures and medium-high temperature environments, and can adapt to most industrial and daily application environments.

In order to better meet the needs of different users, the long-rod stainless steel braided hose provides lengths ranging from 20 cm to 300 cm, which can be flexibly cut according to actual needs. This feature enables it to work efficiently in a variety of scenarios, whether it is the connection of industrial equipment or the installation of pipelines in daily facilities such as home kitchens and baths, it can provide perfect adaptation.