Achieved by focusing on strength and prevention of in-process cracking.
Collecting and reclaiming tungsten carbide powder from matrix drill bits used in the extraction of oil and gas helps us save about 30,000 tons of carbon dioxide which would otherwise have been released from the manufacturing of WC from raw materials.
Mud motors operate in highly corrosive environments, where maximizing service life is critical. However, the lifespan of hard chromium plated or tungsten carbide (WC) coated rotors is not only limited by downhole conditions. Each recoating cycle requires complete coating removal, reducing rotor dimensions over time and ultimately shortening component life. Oerlikon addresses this challenge with advanced coating solutions designed to minimize wear and extend rotor durability.
Our HVOF (high-velocity oxy-fuel)-sprayed coatings are nonporous and highly dense, making them the ideal solution for highly corrosive environments. They reduce time-consuming repair cycles by three times, and the coatings can be efficiently removed and replaced.
Contact us to learn how Oerlikon’s advanced materials, surface technologies and coatings can support reliable, efficient performance across oil & gas applications.