Product Series
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Metal powder equipment
Water atomization powder equipment
The specific process of WA water atomization powder making equipment is that the alloy (metal) is melted and refined in an induction furnace
The molten metal liquid is poured into a heat-preserving crucible and then enters the flow guide tube
A high-pressure water stream is ejected from the spray disk, impacting and breaking the metal liquid into extremely fine droplets
The metal droplets solidify and fall in the atomization tower, then fall into the powder collecting tank for collection
The collected slurry is pressed, dewatered, and finally dried and screened
Vacuum atomization powder system (VIGA method)
During the descent, the droplets solidify rapidly, overcoming segregation and resulting in a uniform structure.
Alloy materials are melted using medium-frequency induction heating in ceramic or graphite crucibles, and effectively purified through refining and clean flow technology.
Using supersonic tight-coupling and restricted atomization nozzle technology, the preparation of various alloy materials in fine powder form can be achieved.
A two-stage cyclone classification and collection system design is employed to improve the fine powder yield and reduce or eliminate the emission of fine dust.
Electrode Induction Gas Atomization Powder Production System (EIGA method)
Without contacting the water-cooled crucible and the guide tube, the material will not be contaminated. EIGA technology is suitable for the preparation of almost all active materials, refractory metal powders, etc.
Technical optimization enables effective control of technical indicators such as powder particle size distribution, sphericity, and oxygen enrichment.
Secondary cyclone classification and collection system design improves powder recovery rate and reduces or eliminates the emission of fine dust.
Imported European professional nozzle technology and production processes.
Centrifugal atomization powder equipment
Primarily used in the production of high-grade, high-tech metal powders;
High sphericity, high purity, low oxygen content, rapid solidification, uniform microstructure.
Plasma spheroidizing powder equipment
High heating temperature, fast cooling speed, and no electrode contamination;
The reactant materials are dynamically dispersed in the plasma, which can avoid the agglomeration and growth of the powder, suitable for the melting and spheroidization of the powder;
It can be used to prepare high-temperature refractory metals such as tungsten, molybdenum, Ti, W, WC, alumina, silica, and zirconia, and other compound powder materials;
The powder has a regular shape, high spheroidization rate, smooth surface, and good fluidity; the density and packing density of the powder are increased.