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The present paper studies the application of cladding techniques to repair moulds such as those used in the plastics industry.
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The application of Laser cladding technology is nowadays widely extended in the industrial environment due to its advantages for high added value parts manufacturing and repairing.
A generalized formulation of the model based on purely geometric considerations allows for an application towards different types of cladding processes, including multilayer cladding and 3D depositions.
For the application of laser cladded coatings in highly loaded areas, such as forming tool surfaces, the bonding characteristics between substrate and coating have to be evaluated and optimized.
The choice of cladding materials was surprisingly important.
Thus, the main tasks observed were in the area of cladding.
This type of cladding layer is favorable for strong surface interactions [30].
Based on the analysis, the C type is the hardest cladding layer among the four types of cladding material, up to HRC66.9, the A cladding layer is a less hard layer, the B cladding layer is the least hard layer, with its hardness reaching HRC51.
The design limit of cladding temperature is specified to be 650°C for compatibility of cladding material with PbBi.
Based on the results of this research, further scaling up to industrial application of laser cladding of Tribaloy T-400 is promising.
The application of laser cladding technology is nowadays widely extended in several industrial sectors due to its advantages for high added value parts direct manufacturing and repairing.
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