High-Power Pulse Processing of Thermal Coatings Based on a Self-Fluxing Alloy and Modified by Solid High-Melting Compounds: Research and Modeling

Study of Structure and Properties of Self-Fluxing Alloy After Modifying With Nanostructured and Micron-Sized Powders of Cubic Boron Nitride and High Pressure and High Temperature Treatment

“…Self-fluxing nickel alloys of the Ni-Cr-B-Si system are widely used in the technology of wearresistant coatings for the restoration and hardening of tribological conjugation parts at elevated contact loads and temperatures [1].The fluxing elements boron and silicon included in the alloy contribute to lowering the melting temperature and deoxidizing the metal surface of the part with the formation of strong diffusion bonds between the coating and substrate materials during melting of the sprayed coating. For example, the coatings of powders of self-fluxing alloys deposited by a gas-flame method with reflow have high physical and mechanical characteristics: strength up to 400-500 MPa, hardness within 25-64 HRC, low friction coefficient, high wear and corrosion resistance [2,3].…”