High Pressure Vacuum Gas Atomizer Device Al - Y - Ni Amorphous Powders

?Vacuum gas atomization technology for producing spherical metallic powders

Specifications:

Description:

The vacuum smelting chamber adopts two-layers cold water structure. The outer is A3 carbon steel, and the inner is stainless steel. The furnace is of vertical type and side door can open horizontally.

The vacuum atomizing chamber is made up of high quality stainless steel. The cooling area is 14000 in diameter, 4000mm in straight height. The top and bottom is in taper shape. The bottom designs water cooling.

Pump system: this complete equipment uses the secondary pump system, the Roots pump uses ZJP-2500, the backing pump uses two H-150. Vacuum valve uses manual butterfly valve.

Cyclone separator:it adopts the general formula design, lined with high temperature heat insulation material interfaces at the bottom with the atomizing chamber are set the cooling water jacket to ensure the seals for long time using.

Air-flushing control cabinet: the cabinet integrates 40 steel bottles of high purity Argon, by the air flushing high pressure valve and flow control to satisfy technology of production of different granularity of pressure and flow control.

Powder collecting cabinet: the cabinet is made of stainless steel, with taper structure with small entrance and big bottom.

Heating power supply control mode: automatic and manual.

Closed cooling water tower: needs less space and can be moved and put according to requirements. Less energy consumption, easy and reliable operation.

Applications:

The vacuum gas atomization equipment is for metal powder manufacturing on the base of VIGA of Europe. It’s used for R&D institution and universities to study the spherical and semi-spherical metal powder. Also it can be used in real industry for mass production. The atomizing powders can be widely applied in 3D printing, thermal spraying, magnetic material, brazing, cemented carbide and diamond alloy tool etc.

Competitive Advantage:

Can produce metal and alloy powders that can not be done by water atomization.

Can produce spherical and semi-spherical powders.

Can produce many special alloy powders as the solidification overcomes the segregation.

Can make the powders particle sizes meet the requirements with proper technology.

Oxygen content is lower than 200mpp.

Detailed Image:

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