Boronizing Solutions

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In environments where there is the potential for extreme temperatures and excessive wear of metal components, boronizing solutions are critical to avoid costly failures and downtime.

At Worldwide BOR-X, we provide various types of heat-treating processes.

Heat Treating processes

BORONIZING
BRAZING
CARBONITRATING
NITROCARBURIZING
NITRIDING

BORONIZING

Boronizing, also known as boriding, is a thermochemical surface hardening process where boron atoms diffuse into the surface of a metal part, forming a hard, wear-resistant boride layer. This process enhances wear resistance, surface hardness, and corrosion resistance

BRAZING

Furnace brazing (done in vacuum or controlled atmospheres like hydrogen or nitrogen), uses the same types of furnaces commonly employed for heat treating processes like annealing, hardening, and stress relieving.

CARBONITRIDING

Carbonitriding is a thermo-chemical process where carbon and nitrogen are diffused into the surface layer of a steel component to improve its mechanical properties, particularly surface hardness and wear resistance.

NITROCARBURIZING

Nitrocarburizing is a case-hardening process where carbon and nitrogen are diffused into the surface of a metal part, resulting in a hard, wear-resistant case. Unlike carburizing, nitrocarburizing also introduces nitrogen into the metal's structure, leading to a unique microstructure and improved properties

NITRIDING

Nitriding is a surface hardening process where nitrogen is diffused into the surface of a metal, creating a hard, wear-resistant case. This process is commonly used on steels, but can also be applied to other metals like titanium, aluminum, and molybdenum