> Typical working conditions for covering flux: multi‑component powders (graphite, lime, fluorite, bauxite, etc.) with large density differences and addition of small amounts of water / binder. High dispersion performance, no agglomeration and stable batch‑to‑batch consistency are required to avoid metallurgical performance defects caused by local composition deviation.

CR20 Intensive Mixers for Covering Flux (CO‑NELE)
CO-NELE intensive mixer for refractory materials provides high-intensity mixing for magnesia, alumina, silicon carbide, mullite and refractory formulations, delivering uniform mixing and efficient production.
The CO-NELE metal powder granulator features an integrated mixing and granulation design that utilizes 3D turbulent flow technology to consolidate processing steps, resulting in a significant boost in efficiency and guaranteed product quality.
As we approach 2026, the mixing and granulation machine industry is poised for structural growth. Driven by downstream demand in sectors such as AI, electric vehicles, and semiconductors, the advanced ceramics industry is rapidly upgrading; CO-NELE Machin
CO-NELEceramic powder granulator is a high-performance integrated system combining mixing,wetting,granulation,and densification.Specifically designed for fine ceramic powders,it is suitable for processing:
-Alumina(Al₂O₃)
-Silicon Carbide(SiC)
-Zirconia(ZrO₂)
-Mullite
-Silicon Nitride(Si₃N₄)
-Porous Ceramics/Electronic Ceramic Powders
Based on the principle of intensive mixing and granulation,this equipment achieves a high granulation rate,a narrow particle size distribution,and excellent flowability.
It acts as a viable substitute for conventional spray granulation techniques and cuts overall energy consumption by more than 30%.
| Parameter | Technical Index |
|---|---|
| Granulation Rate | 90%-98% |
| Qualified Particle Ratio | ≥85% |
| Available Particle-Size Range | 0.1–5 mm with flexible adjustment |
| Particle-Size Tolerance | ≤ ±0.2 mm |
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