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Laser Cladding Repair for Fan Blades – Effective Repair Without Distortion

Fan blades in turbines, compressors, and industrial ventilation systems operate in harsh environments, constantly exposed to high temperatures, dust, and corrosive gases. Over time, this causes significant erosion and corrosion on the blade surface. These components are often thin and delicate, making them highly vulnerable to warping or distortion during ...

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Frequently Asked Questions about Laser Cladding (Part 2)

11. Can large components be repaired using Laser Cladding? Yes. With high-power laser systems and proper workpiece fixtures, Laser Cladding can be applied to large parts such as pump shafts, valve bodies, or industrial gears. However, the component’s size, weight, and the area needing repair should be carefully evaluated for ...

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Frequently Asked Questions about Laser Cladding (FAQ) (P1)

Clear and concise answers to help you better understand Laser Cladding – one of the most advanced surface restoration and coating technologies today. What is Laser Cladding? Laser Cladding is an advanced technology used to restore and enhance the surface of mechanical components. It works by applying metal powder or ...

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Common Mechanical Part Failures and Restoration with Laser Cladding

In the manufacturing and mechanical industries, machine parts operate under high loads, friction, and harsh environments. Over time, these conditions lead to wear, corrosion, cracking, and dimensional deformation. Instead of replacing these parts—which can be expensive and time-consuming—Laser Cladding has become a smart, modern solution for restoring and extending part ...

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Laser Hardening – Technology Overview & Technical Documentation

Laser hardening is an advanced surface heat treatment technology that uses a high-power laser beam to selectively heat the surface of metal components to their transformation temperature. The material then self-quenches using its own mass, forming a martensitic hardened layer without the need for oil or water cooling. This method ...

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