Operation process of the lab intensive mixer: tool assembly fixation - adjusting rotation - preset or adjusting mixing speed - mixing materials - mixing completion.
Hybrid advantages:
1. To achieve the best mixing uniformity in a shorter time;
2. High mixing quality and stable quality of materials;
3. Apply less energy consumption to produce greater mixing efficiency;
4. It can meet the process requirements of cooling, heating and vacuum;
5. The component speed can be changed independently to improve the mixing quality and material applicability;
6. Scientific structure design, low maintenance and wear;
7. Extensive material adaptability can achieve the mixing objectives of powder materials, block materials, granular materials, mud and high viscosity materials with high standards.
CO-NELE ceramic mixture granulator, taking intensive mixer as core, has obvious advantages over traditional granulation equipment: higher mixing uniformity, better granule sphericity, more stable particle size control, higher efficiency and lower energy c
Whether you're exploring cutting-edge materials research or optimizing processes for large-scale production, CONELE intensive mixers offer complete solutions from principles to equipment, from the lab to the factory.
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Relying on the CO-NELE CR02 laboratory intensive mixing granulator (5 liters effective volume), through three batches of experiments, our technical team successfully granulated the raw material into uniform spherical particles with a particle size of 2-3
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