![](https://indutherm.de/media/f0/6e/95/1677050133/AUG_3000_16-9.jpg)
![](https://indutherm.de/media/e1/a1/48/1670829366/AUW_Function_en.jpg)
AUW Water Atomizers
While the gas as well as ultra-sonic atomizer solutions are designed for the production of spherical powders by avoiding any contact to fast quenching media during particle formation, water atomized powder typically have a more irregular shape which is an advantage for some applications like recycling/refining process, press & sinter process and others. However, it is also possible to produce almost spherical, fine powder by water atomization with appropriate process parameters, which makes the powder potentially suitable for AM applications. Compared to gas atomization the running costs are signficantly lower..
![](https://indutherm.de/media/e2/1c/af/1670602306/AUG_Duesenwechsel_1.jpg)
![](https://indutherm.de/media/46/e5/af/1670602315/AUG_Duesenwechsel_2.jpg)
![](https://indutherm.de/media/3b/05/e3/1670602324/AUG_Duesenwechsel_3.jpg)
Data Overview of AUW 1000
■ standard equipment, ○ optional, - not available
AUW 500 | AUW 1000 | |
Power
|
||
Generator kw | 12 | 20 |
Temperature max. | 2000° C | 2000° C |
Capacity
|
||
Volume in kg bronze** | 1 (○ 1,5 od. 4) | 9 |
Volume in kg steel (HTC) ** | 2,5 | 8 |
Crucible Volume in l* | 0,25 - 0,7 | 1,5-1,7 |
Operation and Control
|
||
Single cycle time | 1 - 1,5h | 1,5 - 2h |
* Liquid metal up to top level of the crucible
** Average capacities. Quantity may be increased by optimizing metal load using feeding systems.
All machine descriptions and technical data published on this site make no claim to be complete. They are subject to change and therefore they are not basis of contract.![](https://indutherm.de/media/3f/52/f7/1695717883/AU-AC-Folder.png)