compress Stainless steel water pipe If the pipe is bent incorrectly, please correct it at the position of the straight pipe. The pipe parts cannot be modified, and the part causing clamping pressure may become loose. Please note that this may also lead to leakage. If the pipe system is suitable for other media except water, please contact Pipe manufacturer Contact, the rubber seal ring may corrode the medium, expand and break, and may place the leakage pipe and cover it with tape or cloth Stainless steel pipe The joints shall be covered with oil stains to avoid direct sunlight as much as possible. The oil stains shall be wiped clean. In particular, check whether there are impurities at the rubber seal ring on the pipe end and pipe joint. If there are impurities, please clean them immediately to avoid more serious adverse effects. All stainless steel compression pipe joints are thin-walled stainless steel pipe joints. Do not use them cruelly, To avoid defects and dents, especially in the scene of being careful not to step on the pipe joint, if you encounter problems when inserting pipe fittings into the pipe, make sure to clean the burrs on the pipe interface, especially the burrs on the inner wall, which directly affect Drainage pipeline Tight connection with the pipe. After insertion, the pipe joint clamped by stainless steel will not be clamped temporarily. In addition, the screw needs to be tightened before clamping to prevent the joint clamped by the rotating screw from falling off. If the pressing area is loose, please press the original pressing area again.

Stainless steel has high strength and is not easy to deform, especially in the machining and cutting process of stainless steel, which inevitably leads to large plastic deformation due to its inevitable elongation, which makes the cutting process inevitable. In addition, it increases the strength of stainless steel itself, increases the double resistance in the cutting process, and increases the cutting strength, making it difficult to cut, Stainless steel has excellent plasticity and toughness, but it is not easy to break and stick during cutting. Therefore, cutting and extruding stainless steel profiles will lead to excessive tool wear, small peeling and scratches. In addition, the high hardness of stainless steel will directly contact with tools during cutting, friction, scratches on tools and work hardening, All these will aggravate the wear of tools, which worsens the treatment of stainless steel. The cutting temperature of stainless steel is high. Although a lot of heat will be generated during the cutting process, the relatively low thermal conductivity of stainless steel will concentrate all the heat on the cutting area and blade, making it difficult to dissipate heat. Stainless steel is easy to expand when heated. During the cutting process, Heat is generated and stainless steel expands, making cutting difficult.