FOB Price
Get Latest Price10000 ~ 1e+06 / Piece ( Negotiable )
|Minimum Order
Place of Origin:
-
Price for Minimum Order:
Minimum Order Quantity:
1 Piece
Packaging Detail:
packing in cartons and containers
Delivery Time:
135 days
Supplying Ability:
5 Piece per Year
Payment Type:
T/T
China
連絡先担当者 Ms. Vivian
Tongzipo Road, Changsha, Hunan
1. Introduciton
Atomized powder manufacuring method is a kind of
new technology in the powder metallurgy industry which was
developed in recent years. It is with the characteristics of simple
craft, easy to master technology, not easy oxidizing material, and
high degree of automation. Specific process is that alloy
(metal) melts and refines in induction furnace, and molten
metal is poured into a heat preservation crucible, and enters
diversion pipe and nozzle, then the melt flow is atomized by
high pressure liquid flow (or airflow), and atomized metal powder
solidifies and subsides in atomizing tower, finally falling
into powder collect cans to separate. It is widely used in
non-ferrous metal powder manufacturing area like, atomized iron
powder, copper powder, stainless steel powder, alloy powder, etc.
Manufacturing technology of complete set of iron powder
equipment, copper powder equipment, silver powder equipment, alloy
powder equipment is more and more mature
gradually.
2.
Application and Principle
High pressure water atomization powder equipment, a kind of industrial mass production device, is designed to meet the requirement of water atomization powder manufacturing craft under the atmosphere condition. Working principle of high pressure water atomization powder manufacturing equipment is that melting metal or metal alloy under gas condition, metal liquid during the process of passing heat preservation tundish and diversion pipe under the condition of gas protection is atomized and crushed into a large number of tiny metal droplet by ultra-high pressure waterflow through nozzle. The flying tiny metal droplet is formed into spherical or irregular particles under the combination action of surface tension and rapid cooling of water to achieve the goal of powder production.
3. Features of Water Atomization Powder Process
1. It can be
used to manufacture most of metal powder and its alloy powder with
low production cost.
2. It can be
used to manufacture spherical or irregular powder.
3.
Because of rapid solidification without segregation phenomenon,
many special alloy powder can be produced.
4. Using
right craft can make the powder particle size to achieve a required
range.
| Model | JTSWH**0 | JTSWH**0 | JTSWH***0 | JTSWH***0 | JTSWH***0 | JTSWH****0 |
| Pressure of High Pressure Water(Mpa) | ******0 | |||||
| Flow of High Pressure Water(L/min) | *****0 | |||||
| Furnace Charging Weight(Kg) | *0 | *0 | **0 | **0 | **0 | ***0 |
| Max. Smelting Temperature(°C) | ***0 | |||||
| Smelting Heating Power(KW) | *0 | *0 | **0 | **0 | **0 | **0 |
| Temperature Measuring Method | Infrared, WRe5.*6 | |||||
| Tundish Heating Power(KW) | ****0 | |||||
| Supply Power | Three Phase, **0V, *0Hz | |||||
| Total Installed Powder(KW) | To be determined | |||||
| Flow of Cooling Power (L/min) | **0 | **0 | **0 | **0 | ||
| Cooling Water Device | Air cooling tower, water cooling unit, heat exchanger | |||||
| Flow of Soft Water(m3/h) | ***0 | |||||
| Control Method | Relay or PLC | |||||
| Operating Interface | Button type or touch screen | |||||
| Data Record | *2 data curve record, LCD monitor and display | |||||
| Overall Dimension(LxWxH)mm | ***0x***0x***0 | ***0x***0x***0 | ***0x***0x***0 | ***0x***0x***0 | ***0x***0x***0 | ***0x***0x***0 |
5. Structure
High
pressure water atomization powder manufactuing equipment is
consisted of the following parts:
Melting and
tundish system, atomizing system, inert gas protection system,
ultra-high pressure water system, powder collect dewatering and
drying system, screening system, cooling water system, PLC control
system, platform system, and so on.
1. Melting
and tundish system
2. Atomizing
system
3. Inert gas
protection system
4.
Ultra-high pressure water system
5. Cooling
system
6. Control
system
