Cladding
Enhancing Surface Performance with DED Technology
Cladding is a technology that deposits high-performance materials onto the surface of existing components to enhance wear resistance, corrosion resistance, and heat resistance, while extending component life.
InssTek’s DED technology enables repair, surface enhancement, and the creation of functional surfaces through a precise deposition process.
Why Cladding?
Industrial components experience performance degradation due to wear, corrosion, and high-temperature environments. Cladding extends component life and reduces maintenance costs by depositing high-performance materials only where they are needed.
- Weak bonding
- Material waste
- Porosity defect
- Strong metallurgical
- Precise deposition (material saving)
- Low heat distortion
How Does InssTek Implement Cladding?
Precision Surface Engineering with DED
InssTek’s DED technology precisely deposits metal onto the surface of existing components, creating a strong metallurgical bond. By selectively depositing material only where needed, it enhances wear, corrosion, and heat resistance while minimizing material usage and thermal distortion.
Multi powder feeding & DMT & CAM SW
Cladding SampleResults of Cladding
Cladding components fabricated with DED technology provide excellent metallurgical bonding and uniform deposition quality. Various application cases demonstrate enhanced wear, corrosion, and heat resistance, as well as reliable surface reinforcement performance.
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Spent Nuclear Fuel Disposal Canister
Copper Cladding for Long-Term Corrosion Resistance -
Turbine Blade Repair
Case Study of Cladding Materials
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SS316 + Tungsten
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SS410 + Stellite694
Key Industrial Applications
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Marine Engines
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Power Plant Turbines
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Pumps & Compressors
