What is the cutting method of seamless tube【May 11th, 2022】
Thick wall seamless tube is a kind of universal thick wall of seamless steel tube, it is a kind of special material of thick wall steel tube, for thick wall seamless tube is more specific to maintain the most basic use and stimulate more specific characteristics. The casing short joint wholesale company points out that the thick wall seamless pipe makes the specific material of seamless steel pipe, its strength is relatively large, usually in the process of cutting is more trouble to grasp the method and way of cutting, so that the thick wall seamless pipe can be cut to complete, can not hurt people. In order to safely cut thick wall seamless pipe, the following operations are proposed.
Mechanical cutting selection of external installation and internal installation of two types, its selection of turning tool production mechanism to do a good job of pipeline truncation and section production, single span, can produce thick, small scraps, zero pollution, the production process does not appear high temperature, does not interfere with pipeline materials, good for welding. The casing short joint wholesale company points out that water knife cutting with the help of high pressure pump and gold steel sand effect production pipeline, its wound clean, production span is large, but its rate is low, production thickness limit elements are obvious.
Oxygen acetylene flame cutting, by adjusting the oxygen valve and b block valve, you can change the mixing ratio of oxygen and b block to obtain three different flames: neutral flame, oxide flame and carbonized flame. Laser cutting, laser cutting with different working vapor can cut all kinds of oxygen cutting can not cut the alloy, especially for non-ferrous metal cutting effect is better; Its specific characteristics are derived from the process of cutting thin and thick alloy, laser cutting speed is faster, especially in the cutting of ordinary carbon steel sheet, the rate can reach 5~6 times of oxygen cutting method, smooth cutting surface, small thermal deformation, less thermal interference area.