BALINIT MAYURA is a new carbon-based coating that extends tool service life and maximizes precision and productivity for machining and forming non-ferrous materials.
Compared to its predecessor coating, BALINIT MAYURA can enable savings of up to 81% of the target material, that is the material that is deposited as a coating on the tool.
It also cuts energy consumption by reducing both production time and the electricity required, adding up to 112.5 kWh in energy savings per coating process. BALINIT MAYURA achieves further emissions reductions because a lower volume of lubricants is required in a variety of cutting and forming applications and because it is the preferred coating for use in manufacturing lithium-ion car batteries.
In addition, the new coating can be reapplied several times, which helps to conserve resources and reduce waste.
Notable for its degrees of hardness and smoothness, BALINIT MAYURA reduces material adhesion and thus minimizes built-up edges and optimizes chip flow. The minimal coefficient of friction due to its low roughness enables lower torques, and the coating reduces the adhesion tendency and the formation of burrs and slivers. An extremely thin and heat-resistant coating, BALINIT MAYURA helps keep cutting edges sharp and thus delivers greater precision, longer tool service life and a more reliable manufacturing process.