The stainless steel elbow is equipped with an inner lining at the pipe opening. One part of the inner lining is located inside the pipe opening and is fixedly connected with the inner wall of the wide opening, while the other part is located outside the pipe opening. The inner lining located outside the pipe opening of the product is provided with a cut. When this stainless steel elbow is connected with stainless steel pipes, it is easy to install the connection device, which can eliminate the tension generated during pipe connection, has strong anti-deformation ability, and after welding, the connection point will not deform even after long-term use.

　　The stainless steel raw materials in stainless steel elbows are elements such as chromium and nickelγ-FeThe void solid solution formed in it should be regarded as the mainstream type of stainless steel. The primary characteristics of this steel grade are: it has a non-magnetic austenitic structure at room temperature, with a low yield-to-tensile strength ratio, good plasticity, excellent weldability, and is easy to be trained and formed by hot casting and forging.

　　Stainless steel elbow

　　When stainless steel elbows rust, special cleaning agents are usually used to remove the rust spots. And it should also be cleaned frequently during daily use. When there is dust or easily removable stains on the surface of the stainless steel elbow, it is advisable to wash it with warm water or weak detergent. Even soapy water can be used. If there are sticky films such as trademarks on the surface of the stainless steel elbow, it can also be washed with weak detergent. However, after washing, it still needs to be rinsed with clean water and dried.

　　The corrosion resistance of stainless steel is affected by the alloying elements contained in the steel body. Among them, chromium is the basic element that provides the corrosion resistance of stainless steel. When the chromium content in stainless steel reaches1.2%When left and right, chromium reacts with oxygen in the external medium, forming a thin and dense oxide film on the surface of stainless steel. This film can prevent stainless steel from being corroded more deeply.