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中文简体The braided outer layer of stainless steel gas delivery hoses significantly enhances their durability and overall performance, making them highly effective in demanding industrial environments. This outer layer, typically composed of stainless steel wires, serves as a critical reinforcement for the flexible hose. It provides a robust shield that helps prevent damage from external factors, such as abrasion, impact, and even crushing. In environments where the hose may be subjected to rough handling, heavy machinery, or challenging conditions, this additional strength ensures that the hose remains intact and functional over time.
One of the primary advantages of the braided layer is its ability to resist corrosion. Stainless steel itself is known for its durability against corrosion, but the braided layer takes this a step further by offering an extra layer of protection to the underlying corrugated tube. This is particularly crucial in industries where the hose is exposed to moisture, chemicals, or other corrosive substances that could cause deterioration. The braided outer layer acts as a protective barrier, ensuring that the hose retains its integrity and functionality, even in environments where other materials may break down quickly.
The braided layer contributes to the hose's flexibility while preventing kinking or collapse. The corrugated stainless steel tube inside the hose allows for a certain degree of flexibility, enabling the hose to bend and flex without losing its shape. However, without the braided layer, there is a risk of the hose kinking under pressure or bending too sharply, which could obstruct the gas flow. The braided outer layer helps to prevent this by providing a structural framework that supports the hose's shape and ensures that it can continue to bend without collapsing. This ability to maintain flexibility without compromising the flow of gas is especially important in complex piping systems where the hose needs to be maneuvered around obstacles or positioned in tight spaces.
The braided layer improves the hose's resistance to high pressure. The tight weave of the stainless steel braid helps to evenly distribute the pressure across the hose, preventing localized stress that could lead to bursting or rupture. This is crucial for gas delivery systems that operate under high-pressure conditions, where even small weaknesses in the hose could result in catastrophic failures. The braided outer layer provides a safety net that ensures the hose can handle the required pressure levels without compromising its integrity.
