co-nele intensive mixer

CR20 Intensive Mixers for Covering Flux (CO‑NELE)

2026.9.8  |  CO-NELE
The CR20 granulators are inclined batch‑type intensive mixers, developed for metallurgical covering flux, casting powder and ladle covering agent. It is suitable for powder, fine powder and systems with a small amount of liquid binder. It integrates mixing, dispersion and mild granulation, solving common pain points including large specific‑gravity difference among covering‑flux components, poor dispersion uniformity and material caking.

> 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)

CR20 Intensive Mixers for Covering Flux (CO‑NELE)

Advantages for Covering‑Flux Granulator
1. High‑uniformity 3D turbulent mixing
Combination of inclined drum, high‑speed eccentric rotor and wall scrapers eliminates dead mixing zones. Light‑weight fractions such as graphite are prevented from floating and segregating. Formula uniformity of covering flux can be achieved within short mixing time to avoid metallurgical performance risks from uneven local composition.
2. Hydraulic central discharge with extremely low residue
Bottom‑mounted hydraulic discharge for fast material discharging. Wall and bottom scrapers clean the drum interior. Minimal powder residue reduces cross‑contamination during grade switching, ideal for producing multiple types of covering‑flux formulas alternately.
3. Custom wear‑resistant configuration for abrasive powders
Wear‑resistant liners and mixing blades are available for material‑contact parts to resist abrasion from covering‑flux powders. Optimized sealing structure suppresses fine‑powder dust leakage.
4. Flexible process expandability
Optional accessories: automatic liquid spraying system for quantitative binder/water injection, enclosed dust removal, jacket temperature control. Dispersion and mild granulation can be completed in one mixing cycle for granular covering‑flux output. Rotor and drum speeds are frequency‑conversion adjustable to match different covering‑flux processes.
5. Ready for automated production‑line integration
Compatible with feeding systems, batching silos and weighing units to realize full‑process automatic production of covering flux. Short batch cycle time suits medium‑to‑large‑capacity metallurgical auxiliary material plants.
Production Process for Mixed Granulation Using Covering Flux
Weighed batching & feeding → dry‑material pre‑mixing → liquid binder spraying → intensive mixing, dispersion & mild granulation → hydraulic central discharging → downstream conveying and screening.

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Related Products

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.

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 granulatorsoffer 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.

Ceramic Granulator Delivers Accurate Regulation on Granulation Rate and Particle-Size Distribution

It acts as a viable substitute for conventional spray granulation techniques and cuts overall energy consumption by more than 30%.

ParameterTechnical Index
Granulation Rate90%-98%
Qualified Particle Ratio≥85%
Available Particle-Size Range0.1–5 mm with flexible adjustment
Particle-Size Tolerance≤ ±0.2 mm

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:0.05-25kg/batch
Mid-scale Production Models:50-300kg/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 theCO-NELETesting 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-NELEintensive mixers process fibrous materials or systems involving organic solvents?

A:Yes.CO-NELEintensive 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.
Ceramic Granulator

CONELE Bentonite Granulator employs advanced inclined high-intensity mixing and three-dimensional turbulent flow technology, providing an efficient and stable integrated solution for the homogenization, mixing, and granulation of bentonite. This granulator machine produces bentonite granules with uniform particle size, high sphericity, and excellent strength. It is widely used in foundry, drilling, iron ore pelletizing, cat litter, environmental protection, agriculture, and more. We offer a complete range of equipment from small-scale laboratory to large-scale continuous production, along with customized bentonite granules production line design.

Complete Bentonite Granules Production Line Solution

A complete production line ensures efficiency and quality from raw material to finished product.

1.  Raw Material Pre-treatment Section: Screening, crushing, and drying equipment to ensure raw material particle size and moisture meet requirements.

2.  Batching and Mixing Section: Precise metering systems and high-efficiency mixers for uniform compounding of bentonite with binders, modifiers, and other additives.

3.  Core Granulation Section: Selecting the most suitable Bentonite Granules Making Machine based on product characteristics (strength, shape, density).

Three-Dimensional Mixing Granulator (Recommended): Integrates mixing and granulation, ideal for products requiring high uniformity and sphericity.

Double-Roller Extrusion Granulator: A dry process that compacts powder directly into flakes or granules under high pressure, requiring no subsequent drying.

Rotary Drum Granulator / Disc Granulator: Forms granules through rolling agglomeration, suitable for high-volume standardized products.

Spray Granulator: Combines liquid atomization with powder, used for preparing specific microsphere-structured products.

4.  Post-Granulation Processing Section:

Dryer: (Essential for wet processes) Removes excess moisture from granules.

Cooler: Cools granules for subsequent screening and packaging.

Screening Machine: Separates qualified granules; fine powder and oversized particles are returned to the system for reprocessing, ensuring high yield.

Coating Machine: (Optional) Applies a surface coating to granules for anti-caking, controlled release, or improved appearance.

5.  Packaging and Environmental Protection Section:

Automatic Packaging System: Enables precise weighing and automated packaging of finished products.

Dust Removal System: Dust collection equipment at key points throughout the line ensures a clean production environment.

Bentonite Granulator
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