The
seamless steel pipe is formed in one piece and is directly perforated with round steel. There is no weld on the surface, and the use range is wide. What are the uses of the seamless steel pipe?
1) What are the uses of seamless steel pipes
Seamless steel pipes are used in a wide variety of applications, including structures, fluid transport, low and medium pressure boilers, high pressure boilers, fertilizer equipment, oil cracking, geological drilling, diamond core drilling, oil drilling, ships, automotive half shaft casings, diesel engines, etc. , seamless steel pipes will be used, and the use of seamless steel pipes can avoid problems such as leakage, ensure the use effect and improve the utilization rate of materials.
It can be seen that the application of seamless steel pipes mainly reflects three major areas:
1. In the field of construction, it can be used for underground pipeline transportation, including groundwater extraction when building buildings.
2. In the field of processing, it can be used in machining, bearing sleeves, etc.
3. Electrical field, including pipelines for gas transmission, fluid pipelines for hydropower generation, etc.
2) What are the characteristics of seamless steel pipes
The biggest feature of seamless steel pipe is that there is no weld, because the steel pipe is a metal component. If it is to be connected, it has to be welded. At this time, there will be welds. If the welding is not good, it is easy to use the belt. inconvenience. The seamless steel pipe has no welded seams and can withstand the pressure from the inside very well.
Because of its own structure, seamless steel pipes are widely used in applications. Basically, seamless steel pipes are used for important transportation. It can be used to input oil, natural gas, gas, water and other fluids, and can also be used to transport some solid material.
The seamless pipe is made of round steel perforation, and corresponds to the steel pipe formed by hot bending of steel plate, which has better bending and torsional strength, and better pressure bearing effect.
