Metal powder atomization melting furnace

Introduce：Gas atomizer, gas atomization equipment and water atomizer, water atomization equipment, which can produce various metal powders, such as copper powder, welding powder, aluminum powder, iron powder, stainless steel powder and so on.

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500 kg copper powder atomizing melting furnace used on site

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Metal powder atomization melting furnace - metal powder atomization, metal powder atomization melting furnace manufacturer

Key words: metal powder atomization, metal powder atomization melting furnace

Description: Gas atomizer, gas atomization equipment and water atomizer, water atomization equipment, which can produce various metal powders, such as copper powder, welding powder, aluminum powder, iron powder, stainless steel powder and so on.

1. Metal powder atomization melting furnace application

The metal powder atomization melting furnace is melted under vacuum in a metal or a metal alloy, and then the molten metal liquid is shunted from the mouth through the insulating crucible, and the metal liquid is atomized and broken into a small number by high pressure air through a nozzle. Droplets of droplets that will solidify into non-spherical or spherical particles during flight to achieve the purpose of the flour.

This product belongs to a new type of professional furnace, introduced and designed and manufactured by foreign technology, and has the international advanced level. The unique hydraulic tilting linkage mechanism can always pour the metal solution into the small diameter receiving port during the whole process of melting the molten metal. It is a equipment that produces metal powder and similar processes using a water ( gas ) atomization process.

2 , introduction:
    This product uses energy-saving medium frequency power supply for induction heating, power   30KW -2500KW , mainly used for remelting and alloying of iron-based alloys, and also for smelting, heating, quenching and atomizing and milling of nickel-based, copper-based raw materials and non-ferrous metals such as aluminum, gold and silver. The capacity of this series of products is small, generally 30Kg - 1000 Kg . In the process of pouring, the molten metal is always poured into the gate through the spout, the spout has no back and forth movement, and the precision of the fixed point casting is high. Pouring does not require tundish, the nozzle is very short, and the medium temperature is lowered during the casting process, so it is widely used in places where the fixed point pouring operation is required, such as powder metallurgy water (gas) atomization copper powder, iron powder, stainless steel. Powder and so on.
3 , features:
(   1) devices of high quality steel, high strength, long life
(   2 ) The spout has no back and forth motion, and the precision of the fixed point casting is high.
(   3 ) Simple operation process, less burning loss and reliable operation
(   4 ) The metal liquid is stirred by electromagnetic force, and the temperature and composition are uniform.
(   5 ) Fast melting and high production efficiency
(   6 ) Hydraulic tilting furnace, stepless speed regulation, smooth and safe
(   7 ) Easy to start and stop, easy to control furnace temperature
(   8 ) yoke shield leakage flux reduces external reluctance

4 , metal powder manufacturing equipment technical parameters summary

model	Rated Capacity	rated power	frequency	Line voltage	IF output voltage	Melting time	power consumption	transformer
model	T	KW	KHZ	V	V	Minutes/T	KWH/T	KVA
KGPS- 15	0.015	50	2.5	380	750	40	680	30
KGPS- 50	0.05	1 00	2.5	380	750	40	680	100
KGPS- 100	0. 1	160	2.5	380	750	50	650	160
KGPS- 200	0.2	250	2.5	380	750	60	640	250
KGPS- 300	0.3	300	2.5	380	750	60	640	315
KGPS-500	0.5	400	2	380	750	40	640	430
KGPS- 1 000	1	800	1	380	750	60	640	1000

What are the main production costs of atomized metal powder?

The main cost is electricity, followed by gas (if it is aerosolization), water (if it is water atomization)

Water atomizing method milling process for preparation of metal powder:

First, the metal or alloy is melted and refined in the induction furnace, and the molten metal liquid is poured into the heat preservation crucible. During the flow of the metal liquid along the guide tube, the ultra-high pressure water flows through the nozzle to break the metal liquid into a large number of fine metal droplets, and is small. The droplets form sub-spherical or irregular shaped particles under the action of surface tension and rapid cooling of water during flight. The atomized metal particles are solidified, settled in the atomization tower, and finally fall into the powder collecting tank. Collect and separate. Moreover, by adjusting different parameters in the milling process, metal powders of various particle size distributions and morphologies can be obtained, thereby better satisfying mechanical manufacturing, automobile industry, aerospace and metal injection molding, friction materials, oil-impregnated bearings, A wide range of requirements in the field of powder metallurgy, such as structural parts and diamond tools.

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