Laser Metal Deposition for Bearing Applications
The quality and friction properties of sliding surfaces in industrial bearing are fundamental to their performance. Tin-based coatings applied by centrifugal and static casting are commonly used for bearing lining. Due to limitations of this technology, alternatives for applying the tin-based lining were sought.
Restore and enhance the performance of bearings
Laser metal deposition is widely used to restore and enhance the performance of bearings. It has adopted to flexibly coat components with different sizes and geometries, replacing traditional casting processes. This approach has significantly reduced the use of non-ferrous metals and improved energy efficiency, additionally, laser metal deposition ensures a strong metallurgical bond between the coating and the substrate, providing enhanced wear and corrosion resistance.
Harness the Wind
Use of laser metal deposition for new and repair massive wind turbine bearings involves l preheating, multi-layer laser cladding with process monitoring and control measures to ensure precise deposition. This technique significantly improves the durability and performance of wind turbine bearings, contributing to sustainable energy solutions.
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Increase Service Life
The process is becoming increasingly popular due to its cost-effectiveness and outstanding quality of coatings
The use of copper-tin alloys, such as bronze, for coating the outer diameter of the shaft, creates a durable and robust bonding between the base material and the coating materials. This method not only reduces frictional resistance but also increases the service life of the components.
Laser Cladding System Solutions with Total Support
Laser Metal Deposition enhances bearing performance, reduces non-ferrous metal use, and improves energy efficiency and durability.
Our Laser Systems and Total Support ensures the optimum outcome and performance for your application.