REDWAVE XRF
for recognition of materials according to the chemical composition
REDWAVE XRF-G
Separation of lead glass and glass ceramics
REDWAVE XRF-M
E-Scrap, Scrap Metal (Brominated plastics, screen glass, waste tainted with precious or recoverable metals (Cu, brass, silver, etc.)
BENEFIT OF XRF-G:
- Separation of ceramic and leaded glass in one process step
- No impairment of sorting efficiency through the presence of coloured shards, dirt, moisture, or labels
- high throughput rate
- Accurate detection of elements, therefore no misinterpretations as with other technologies (e.g. fluorescence effect caused by another not lead-containing UV detection of lead glass)
BENEFIT OF XRF-M:
- A high level of detection is guaranteed even in the presence of material which is dirty or otherwise contaminated
- Elemental analysis of the feed material
- Colour independent recognition is possible (for example, for the sorting of aluminium, zinc, stainless steel)
- Sorting of various kinds of alloys possible with the very same machine
- Significant increase in value added of the sorted metal fractions
| Technical specifications: | REDWAVE XRF-G: |
|---|---|
| Sensor technology | EDXRF energy dispersive X-ray fluorescence spectrometer |
| Sorting width | 450 / 900 / 1370mm |
| Capacity | up to 28 t/h depending on the sorting width |
| Execution | Belt system, 2-way or 3-way |
| Sortable fraction | from 6 to 60 mm cullet size |
Operating prinicpal
| Technical specifications: | REDWAVE XRF-M: |
|---|---|
| Sensor technology | EDXRF energy dispersive X-ray fluorescence spectrometer |
| Sorting width | 900 / 1370mm |
| Capacity | up to 30 t/h depending on the sorting width |
| Execution | Chute system, 2-way or 3-way |
| Sortable fraction | from 15 to 120 mm cullet size |
Principle chute system
