1. The integrated integral structure can ensure the ultra-high strength of the centralizer, even in the face of huge lateral force downhole, it can ensure the integrity and avoid the risk of falling objects at the bottom of the well.
2. Good righting effect can be achieved even under the harshest wellbore conditions.
3. The optimized flow area design can reduce the flow resistance and improve the displacement efficiency.
4. All sizes of integral centralizers exceed API 10D standard values. ​​

application
1. Inclined and horizontal wells. The integral centralizer can effectively reduce the starting force and running force, and ensure that the casing is successfully run to the bottom of the well.
2. Small wellbore and irregular wellbore. The limbs of the integral centralizer have good elasticity and stability, which can ensure that the casing can safely pass through various complex wellbores such as reduced diameter, J-type, and S-type.
3. Oil layer section. Laboratory and field application data show that 80-90% casing must be centered to achieve good cementing results, especially for horizontal wells. The use of an integral centralizer with excellent performance can effectively improve the cementing quality of the oil interval.