ASME B16.9 Carbon Steel Buttweld 3D Seamless Pipe Fitting Bend production process

　　ASME B16.9 Carbon Steel Buttweld 3D Seamless Pipe Fitting Bends can be adapted to various places, are not limited by space size, are widely used, are cheap, and are processed to make them perform better. So how are ASME B16.9 Carbon Steel Buttweld 3D Seamless Pipe Fitting Bends produced?

　　1. During the production process of the ASME B16.9 Carbon Steel Buttweld 3D Seamless Pipe Fitting Bend, to a large extent, it is directly stuck at the pipe head with the mechanical rotating arm, is in the induction circle, and is directly connected to the medium-frequency current heated steel pipe. When the temperature of the steel pipe rises to the plastic state, the rear end of the steel pipe The mechanical thrust will also push the bent pipe forward for bending.

　　2. For ASME B16.9 Carbon Steel Buttweld 3D Seamless Pipe Fitting Bend parts, the coolant is used to quickly cool the steel pipe. To a large extent, the induction coil can be directly selected and matched according to the pipe specifications. The hydraulic system can also be put in a ready state, and the ASME B16.9 Carbon Steel Buttweld 3D Seamless Pipe Fitting Bend itself can also be put into position. , determine the bending point, clamp the clamp, we should also pay attention to starting a water supply valve of itself and check its cooling water spray situation.

　　3. After ensuring that the above items are normal, the induction power is turned on. When the pipe is induction heated to the appropriate bending temperature, attention should also be paid to opening the hydraulic cylinder to feed the working oil circuit as a way to advance the bending.

　　The production of ASME B16.9 Carbon Steel Buttweld 3D Seamless Pipe Fitting Bends requires bending the pipes that need to be bent under medium-frequency heating. ASME B16.9 Carbon Steel Buttweld 3D Seamless Pipe Fitting Bends can expand their application scope. The correct method should be paid attention to during the production process to make the quality of the pipes produced better.