MATRIXX I™ (Tungsten Carbide)

MATRIXX I™ is composed of a number of tungsten carbide-derivative thermal alloy sprays designed to provide a hard surface material for any metallic substrate which is engineered specifically for extreme petrochemical and heavy industrial services. MATRIXX I™ increases Rockwell (RC 62 +/-4.0) hardness of the part thereby enhancing run life. This coating solution offers flexibility to provide complete coverage for very thin surface area components all the way to extremely thick surface part applications.

Contact Tech Support to discuss your specific requirements.

MATRIXX II™ (Gas Nitriding)

MATRIXX IIT is a case-hardening process whereby nitrogen is introduced into the surface of a solid ferrous alloy by holding the metal at a suitable temperature in contact with a nitrogenous gas. Benefits of gas nitriding a work piece are increased surface hardness, increased wear resistance and antigalling properties, improved fatigue life and to obtain a surface that is resistant to the softening effect of heat at temperatures up to the nitriding temperature.

MATRIXX II™ increases Rockwell (Rc 50 +/-) hardness of the part thereby enhancing run life.

Contact Tech Support to discuss your specific requirements.

MATRIXX III™ (Boronizing)

MATRIXX III™ is a thermo-chemical surface hardening process in which boron atoms are diffused into the surface of a work piece to form complex borides (i.e. FeB / Fe2B) with the base metal. The resulting case layer has a hard, slippery surface capable of performing at higher temperatures than most surface treatments. Boronizing reduces wear and abrasion while also lower the co-efficient of friction.

MATRIXX III™ increases base material hardness anywhere from 1200 - 2500 Vickers. This cross section of a work piece demonstrates how MATRIXX III™ boronizing frac-hardens the metal. Inert Gases create a boronic reaction surrounded by a stable and repeatable process.

Contact Tech Support to discuss your specific requirements.