What we can do for you

Technically speaking, our in-house process removes the tungsten grain from the surfaces, exposing the cobalt binder in a continuous layer. From 3-5 tenths thick, this cobalt layer, combined with the small pockets formed from the removal of the tungsten grain, causes brazing alloy to flow easier and create a stronger joint.

Our process is a step ahead of the competition as it does not introduce another surface added to the insert, which sometimes will not bind to the insert. Using these other coatings, the brazing alloy sticks to their "coating" and not the actual insert, resulting in a weak brazed joint.

Our process promotes less tool failures from inserts falling out, less brazing alloy because it flows easier, and even less grinding due to less brazing alloy needed.