Laser Cladding Laser Hardfacing Services
Concerning Laser Cladding & Laser Hardfacing
Laserlight Cladding and Laserlight Hardfacing are preservative manufacturing technologies utilizing the high power of your laser to be able to bond a higher performance alloy to a metal substrate of typically lesser quality. Laser Cladding machine cladding layer is usually customized for protection against corrosion, wear, high temperature fatigue and some other failure causing problems. In laser hardfacing, additional hard particles are embedded directly into the layer in order to offer superior level of resistance against abrasive wear.
Cost Savings Possible
Today laser metal cladding is an important cost cost savings tool since it considerably increases the lifetime of high performance components and at the same time reduces typically the use of unusual and expensive steel materials.
Characteristics involving Laser Cladding
The particular increasing popularity involving laser cladding in comparison to conventional technology such as cold weather spraying (HVOF, Plasma, Cold Spray etc) and arc contribution welding (PTA, TIG etc) is motivated by characteristics like:
The high functionality alloy is dissolved with minimal dilution from the lesser substrate material, thus conserving the qualities regarding the performance alloys.
The melt metallurgical bond involving the completely dense performance alloy and the substrate is extremely solid and free of defects.
The warmth type into the base is minimal therefore not damaging essential properties or triggering heat related daub.
Laser Cladding Components & Alloys
Lazer cladding is a versatile technology that can be used using a wide variety of materials. Normally, Laser cladding process that can be melted and joined with a base by using a high-energy laser beam may be used in laser cladding. Commonly applied are:
Nickel alloys such as INCONEL 625, INCONEL 718, C276, COLMONOY 6th
Cobalt alloys for example STELLITE 1, STELLITE 6, STELLITE 21 years old
Ceramic-reinforced alloys such as our M-Series Tungsten Carbide Alloys
Gemstone reinforced alloys for instance our Diamondite-M alloys
