NEWS » Roles Played by Each Fitting of the API Steel Pipe

The API steel pipe is widely used in the mining and transporting projects of petroleum or petroleum gas. Usually, the API steel pipe consists of 3 parts, there are boring tubes, annular tubes and draw tubes, and each of the parts plays an important role in the operation of the API steel pipe. With the boring tube, turning force of machines is transmitted to the drill, and then the reconnaissance survey begins. The responsibility of the annular tube is similar to the par close, it make sure that the drilling process of petroleum can proceed steadily until the end, annular tube plays a core role in the process of petroleum mining. With the draw tube, petroleum or petroleum gas can be transported onto ground from underground.

Mining petroleum or petroleum gas is a very complicated process, and it requires the API steel pipes with high quality inevitably, just because of this, manufacturers have to take a mass of factors of the area into consideration, such as temperature, humidity, gravitations of all directions and so on, they have to manufacture the API steel pipes with high quality carefully, only in this way can the API steel pipes work persistently. Fracture or even scrapping may happen on the oil well if the API steel pipes have low quality, and it may lead to serious consequences. According to the different geological conditions, the API steel pipes can be classified into corrosion resisting ones, anti-collapse ones, sound proof ones and heat resisting ones and the like. You can purchase the API steel pipes in accordance with your own requests.

The composite hollow section steel tube is a superconductive and diathermanous component, when it is used to assemble the API steel pipe, it can transfer heat by the phase transition of the liquid flowing in it. Just like other heat steel tubes, the composite hollow section steel tube possesses excellent thermal conductivity, splendid is other malty of the lumen, variability of heat flux density, reversibility of heat flux direction and so on.