Surfacing powder PG12N01

View by manufacturing method

First, the molten metal is atomized with a compressed gas (such as argon or nitrogen), forming small spherical particles. This method produces powders with controlled particle size and shape, which is important for uniform deposition. The molten metal stream is broken up by a jet of water, which results in the formation of a powder with a rougher and more uneven surface. This method is less expensive, but the resulting powders may have lower fluidity compared to gas atomization. Metal powders are mixed and ground in ball mills, which allows for the production of alloys with a uniform distribution of components. This method is effective for creating powders with unique properties.

Chemical composition

Main components: iron, nickel and cobalt. Alloying elements: chromium, boron, silicon, carbon, tungsten and molybdenum.

Type by purpose

It is used in various industries to restore, strengthen and protect metal parts. Its use allows to extend the service life of equipment and reduce the cost of replacing worn components. It is used to restore worn shafts, necks, guides, gear teeth and to increase the wear resistance of rubbing parts.

A type

Surfacing powder

The country of manufacture

Ukraine