Low-friction, corrosion-resistant sucker rods extend service life and improve pumping efficiency. This new product is prepared by electrodepositing a corrosion-resistant, low-friction wear-resistant layer bonded by atomic bonds onto the surface of any standard sucker rod. The electrodeposited layer is free of pores or microcracks, possesses high bonding strength, and exhibits excellent corrosion resistance. With extended pumping time, the cost of manual lift operations will be significantly reduced.
Features and advantages
1. Components for long-term operation in corrosive environments.
2. The inherent frictional force in the system is significantly reduced.
3. Increased wear resistance can reduce fatigue of moving parts.
4. Suitable for various corrosive environments such as H2S and CO2.
5. Significantly extends the service life of sucker rods and components.
Low-friction, corrosion-resistant sucker rods extend service life and improve pumping efficiency. This new product is prepared by electrodepositing a corrosion-resistant, low-friction wear-resistant layer bonded by atomic bonds onto the surface of any standard sucker rod. The electrodeposited layer is free of pores or microcracks, possesses high bonding strength, and exhibits excellent corrosion resistance. With extended pumping time, the cost of manual lift operations will be significantly reduced.
Features and advantages
1. Components for long-term operation in corrosive environments.
2. The inherent frictional force in the system is significantly reduced.
3. Increased wear resistance can reduce fatigue of moving parts.
4. Suitable for various corrosive environments such as H2S and CO2.
5. Significantly extends the service life of sucker rods and components.


Copy product links
Long by picture save/share