Micrometals Technology Satpur, Nashik, Maharashtra

We are offering tungsten powder. Yellow or blue oxide is then reduced to tungsten metal powder by dry hydrogen. The reduction is carried out in pusher furnaces, in which the powder passes through the furnace in boats at 700-1000°c depending on the desired particle size.

We are offering nickel powder. Pure nickel oxide is produced from 99.8% pure nickel cathodes. Nickel oxide is then reduced in the current of hydrogen gas in a pusher type muffle furnace at temperatures appropriate to produce 0.8 to 1.0 micron and 1.1 to 1.4 micron powder grades.

We are offering iron powders are produced by the state of art electro deposition from extremely low carbon mild steel sheets. Sub-micron and nano grades are produced by attrition. 99.5 % is routine purity, which can go as high as 99.9 % if required specifically.

We are offering copper powders are produced by electrolytic deposition from pure copper cathodes. Sub-micron and nano grades are produced by attrition. 99.5 % is routine purity, which can go as high as 99.9 % if required specifically.

We are offering cobalt powder. Pure cobalt oxide is produced from 99.8% pure cobalt cathodes. Cobalt oxide is then reduced in the current of hydrogen gas in a pusher type muffle furnace at temperatures appropriate to produce 0.8 to 1.0 micron and 1.1 to 1.3 micron powder grades.

We are offering matrix powders. Fastcut-mx range of matrix powders are produced from pure basic powders manufactured in our own plants. The proprietary metal constituents are targeted at composition, ductility, hardness and abrasiveness of the stone for fast and clean cut. Fastcut-mx powders are designed to offer dimensional stability during sintering. Working with fastcut-mx powders is simple and cost effective.

Micrometals Technology's atomized Tin Powder has the following specifications

Perfectly single phase solid solutions of Brass powders are manufactured from Copper and Zinc by method similar to bronze powders.