Laser Cladding Solutions for Piston Ring Grooves
Laser-Powder-Cladding is the ideal solution for repairing piston ring grooves, offering low heat input and minimal dilution levels. This advanced process restores expensive and hard-to-source castings cost-effectively while enhancing surface properties. With improved wear and corrosion resistance, laser cladding extends the lifespan of critical components such as cylinder heads, cylinder liners, pump housings, and casted frames.
Key Features of Laser Cladding
Enhanced Wear Resistance: Laser powder cladding elevates wear resistance to new levels, ensuring longevity and durability.
Improved Corrosion Resistance: Experience superior corrosion resistance, addressing vulnerabilities seen in conventional welding.
Optimized Thermal Stability: Our technique enhances thermal stability, a critical factor for performance in varied environments.
Increased Conductivity: Benefit from improved conductivity, optimizing the functionality of the coated components.
Reduced Distortion and Stress Cracking: Minimize distortion and stress cracking, ensuring structural integrity throughout the welding process.
How Laser Cladding works for piston ring grooves
Reconditioning of 4-stroke Piston ring grooves. Scientific tests run with reconditioned 4-stroke pistons show significantly reduced wear due to stellite laser cladding enhancing lifetime compared to new pistons. The Laser Powder Cladding technology is applicable for any pistons up to 420 mm bore. Piston ring grooves are restored back to original dimension.
Anti-friction coating applied as option.
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