CO-NELE ceramic 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.
Technical Principles & Core Advantages | Intensive Granulating Technology
It adopts a structural design to industry-leading "Intensive Mixers," featuring:
· An inclined mixing pan
· An eccentric high-speed rotor
· A stationary scraper
This configuration generates a three-dimensional compound motion, enabling:
✔ Rapid and homogeneous dispersion of powders
✔ Precise liquid addition and wetting control
✔ Stable nucleation and particle growth
✔ Formation of high-strength, dense granules
Application Fields: Oxide ceramics, non-oxide ceramics, refractory materials, sanitary ceramics, structural ceramics, etc.
Compared to traditional spray drying or inefficient mixing equipment, CO-NELE granulators offer significant advantages in terms of particle size control, granulation rate, and uniformity, making them a critical piece of equipment for the preparation of high-end ceramic powders.
CO-NELE Ceramic Granulator: Precise Control of Granulation Rate and Particle Size
| Parameter | Data |
| Granulation Rate | ≥ 90% – 98% |
| Proportion of Qualified Particles | ≥ 85% |
| Particle Size Range | 0.1 – 5 mm (Adjustable) |
| Particle Size Deviation | ≤ ±0.2 mm |
· Can serve as an alternative to certain spray granulation processes, reducing energy consumption by over 30%.
Frequently Asked Questions (FAQ)
**Q1: What is the production capacity range of CO-NELE ceramic granulators? Can they meet the requirements of my production line?**
**A:** We offer a full range of models, spanning from laboratory-scale testing to industrial-scale production:
**Laboratory Models:** 0.05-25 kg/batch
**Mid-scale Production Models:** 50-300 kg/h
**Large-scale Industrial Models:** 500kg – 5t/h
| The CO-NELE granulator series covers a volume range of 1 liter to 7,000 liters; models can be customized and selected based on the client's actual production capacity requirements.
**Q2: Is the process scalable from the laboratory stage to mass production?**
**A:** Yes. By employing a proportional structural design combined with identical process logic, linear scalability is achieved:
✔ Consistent granulation rate
✔ Stable particle size distribution
✔ Low scale-up risk
At the CO-NELE Testing Center, experienced engineers collaborate with users to optimize process steps, ensuring a high degree of consistency in both granulation rate and particle size distribution from the laboratory stage to full-scale production, thereby significantly mitigating scale-up risks.
**Q3: Can CO-NELE intensive mixers process fibrous materials or systems involving organic solvents?**
**A:** Yes. CO-NELE intensive mixers demonstrate exceptional performance in the preparation of fibrous materials; they are suitable for the fiber separation and coating processes involved in the production of carbon ceramics and fiber-reinforced ceramics.

Raw Materials: Al₂O₃ powder + Kaolin Particle Size: 0.15–0.6 mm Granulation Rate: ≥ 95% Features: Dense particles, excellent flowability - Suitable for electronic ceramics and structural ceramics
Raw Materials: SiC ultrafine powder Particle Size: 30–80 mesh Granulation Rate: ≥ 92% Features: High strength, crush-resistant - Suitable for refractory materials and abrasive materials

Raw Materials: Various metal oxides, rare earth materials, and auxiliary chemical additives Particle Size: 120 mesh Granulation Rate: ≥ 96% Features: Uniform internal structure, stable pore distribution - Enhances filtration and adsorption performance
*Raw Materials: Si₃N₄ powder + Sintering aids Particle Size: 200 mesh Granulation Rate: ≥ 93% Features: High particle strength, excellent thermal shock resistance, uniform dispersion - Suitable for high-end structural ceramics and ceramic bearings

Raw Materials: Fe₂O₃ powder + MnO / ZnO + Additives (Binders) Particle Size: 0.1–0.5 mm Granulation Rate: ≥ 93% Features: Uniform particles, stable magnetic properties, high consistency in press molding - Suitable for functional ceramics, high-frequency electronic ceramic components, and inductor cores

Raw Materials: Corundum powder + Inorganic binders Particle Size: 0.3–1.0 mm Granulation Rate: ≥ 92% Features: High particle strength, controllable particle size, excellent wear resistance - Suitable for industrial ceramics and high-wear-resistant ceramic components
Granulator Type | Specifications | Adjustable Ball Forming Particle Size | Ball Forming Rate | Output | Applicable Scenarios |
Laboratory Small Granulator | 500ml, 1L, 2L, 5L, 10L, 25L, 50L | 0.1-2mm | 93%-96% (up to 98% for fine powder materials such as alumina and silicon carbide) | Single batch output: 0.05-25kg (depending on specification and material density) | Laboratory R&D, small-batch formula testing |
Medium-Scale Granulator | 100L-500L | 0.3-5mm | 95%-98% | Hourly output: 50-300kg | Pilot production, medium-volume manufacturing |
Large-Scale Industrial Granulator | 750L-7000L | 0.5-10mm | ≥96% (up to 98% for refractory materials and abrasives) | Hourly output: 500kg-5t | Large-scale continuous production lines |
Binder Granulating and Pelletizing Mixer for Ox...
If you have any questions, please leave a message, we will reply as soon as possible.
Our after-sales service is at your disposal for all
questions

We will contact you within 24 hours.