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About Laser Cladding & Laser Hardfacing

Laser Cladding and Laser Hardfacing are elemental manufacturing technologies employing the high strength of the laser to be able to bond a substantial performance alloy in order to a metal base of typically lesser quality. The laserlight cladding layer is usually customized for protection against corrosion, wear, warm fatigue and other failure causing problems. In laser hardfacing, additional hard particles are embedded into the layer to be able to offer superior level of resistance against abrasive use.

Cost Savings Possible





Today laser metal cladding is an important cost savings tool because it significantly increases the duration of high performance elements as well as reduces the particular use of rare and expensive material materials.

Characteristics regarding Laser Cladding

Typically the increasing popularity involving laser cladding compared to conventional technology such as arctic spraying (HVOF, Lcd, Cold Spray etc) and arc contribution welding (PTA, TIG etc) is influenced by characteristics like:

The high functionality alloy is dissolved with minimal dilution with the lesser base material, thus keeping the qualities associated with the performance alloys.

The melt metallurgical bond between the entirely dense performance alloy and the essence is extremely sturdy and free associated with defects.

Heat insight into the substrate is minimal as a result not damaging crucial properties or causing heat related daub.

UbrightSolutions & Alloys

Laser cladding is a new versatile technology that will can be applied having a wide collection of materials. Typically, https://ubrightsolutions.com/laser-cladding-solutions/ that could be melted and fused with an essence using a high-energy laserlight may be used in laser beam cladding. Commonly applied are:

Nickel metals such as INCONEL 625, INCONEL 718, C276, COLMONOY 6th





Cobalt alloys like STELLITE 1, STELLITE 6, STELLITE 21 years old

Ceramic-reinforced alloys such as our M-Series Tungsten Carbide Alloys

Precious stone reinforced alloys like our Diamondite-M alloys

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