AVSp-100 Vortex Layer Device (Semi-Automated)
AVSp-100
-
Advantages
- multiple functions (pulverization, grinding, mixing and activation of processed media);
- high grinding fidelity;
- process intensification. The treatment lasts seconds and even less;
- reduced power consumption;
- economy of raw materials;
- simple integration into the existing process lines.
GlobeCore is the world’s only high-tech company for production of operating electromagnetic mills with real applications in the industrial sector which deliver the expected results.
The AVSp-100 electromagnetic mill (semi-automated) is designed for cyclic dispersion of multicomponent systems, as well as mixing of dry flowing materials (with the exception of explosive mixes); it can be used for the purposes of research in pilot plants with a wide range of products and small amounts of dry materials processed, as well as in laboratory conditions.
The AVSp-100 consists of a stand, an enclosure that contains the rotating field induction coil, a reaction chamber with a cooling jacket and a replaceable inset. The top part of the stand has a drive to move the reaction chamber.
On the front wall of the stand, below the reaction chamber, there is a desk for auxiliary operations. In the bottom of the stand, there are the cooling system elements for the induction coil: an oil tank, and oil pump and a heat exchanger. The semi-automated system is controlled from a control panel with the necessary monitoring and signalling devices.
|
№ |
Parameter |
Value |
| 1 | Length of chamber’s operating zone, mm |
100 |
| 2 | Working chamber volume, l |
2,5 |
| 3 | Capacity, up to kg/hour* |
50 |
| 4 | Nominal voltage, V |
380 |
| 5 | Frequency, Hz |
50 |
| 6 | Active power, kW |
4,5 |
| 7 | Total power, kWA |
15 |
| 8 | Dimensions, mm, not more than: | |
| Control section:
– length – width – height |
1073 552 1532 |
|
| Operating section:
– length – width – height |
1637 |
|
| 9 | Weight, kg, not more than: | |
| Control section
Operating section |
300 530 |
*Depends on the processed product
Equipment configurations that are not included in this configurator can be implemented via a separate request to [email protected].
- multiple functions (pulverization, grinding, mixing and activation of processed media);
- high grinding fidelity;
- process intensification. The treatment lasts seconds and even less;
- reduced power consumption;
- economy of raw materials;
- simple integration into the existing process lines.
Processing of micropowders for use in various industries, inсluding, but not limited to:
- aluminum oxide micropowders for use in abrasive and ceramic materials;
- silicon carbide micropowders for production of semiconductors and superhard abrasive materials;
- boron nitride micropowders for use in electronics and as lubricants in high-temperature media;
- zirconium oxide micropowders for use in dentistry and as constituents of high-temperature ceramics;
- micropowders of titanium and its alloys for use in additive technologies (3D printing), the aviation and medical industries.
Additionally, AVSp-100 can be used for:
- obtaining (by mixing) of refractory compounds (titanium carbide, molybdenum silicide) with simultaneous grinding to the required granularity;
- obtaining (by grinding and subsequent mixing) of filled metallopolymers based on fluoroplastic and graphite;
- dispersion of solid powdery materials (for example, dyes used to obtain multicolored plastics imitating a semi-precious stone — malachite);
- mixing of various constituents of bulk materials (organic-bond powders, metal-based bond powders, micropowders, ceramic frit constituents, graphite and metal powders during the synthesis of superhard materials, disintegration of diamonds (including the needle-shaped ones), ovalization of diamond grains);
- mixing of charge stock constituents applied in production of diamond tool bodies;
- mixing of diamond-bearing molding powders;
- activation and modification of fillers to be added to pure rubbers;
- processing of resistive compositions in production of resistors;
- mixing and grinding of ferrite powders in production of ferrites.
