CO-NELE Continuous High-Intensity Mixer for Metallurgical Industry

Widely applied to iron ore sintering, pellet preparation, ash treatment and flue dust granulation, the CO-NELE continuous high-intensity mixer is an all-in-one core processing unit dedicated to the metallurgical industry. It integrates high-efficiency mixing, precision granulation and uniform wetting, solving typical drawbacks of traditional mixers including uneven blending, poor granulation, rapid wear and high energy consumption. Powered by proprietary 3D turbulent counter-current mixing technology, this heavy-duty mixer enables 24/7 stable operation, helping metallurgical plants boost product quality and cut operational costs.

1. Mixing Principle & Structural Design

This continuous mixer combines counter-current turbulent mixing technology with automated continuous feeding & discharging, striking a perfect balance between high throughput and superior mixing uniformity for bulk metallurgical raw materials.

Continuous High-Intensity Mixer

High-Intensity Counter-Current Mixing

A high-speed rotor and low-speed mixing tank rotate oppositely to form an all-round shear turbulent field inside the chamber. Fed materials such as iron ore powder, flux, return ore and pulverized coal are dispersed, sheared and convected in multiple directions. The device eliminates powder agglomeration and achieves a mixing uniformity of over 95% to meet diverse metallurgical mixing requirements.

Adjustable Material Flow Control

By adjusting rotor/tank speed and internal guide plates, the system precisely regulates material flow tracks and chamber retention time. It avoids common issues like material short-circuit and particle stratification, delivering identical mixing effects for all raw materials and adapting to sintering, pelletizing and solid waste treatment processes.

2. Heavy-Duty Structure & Wear Resistance

Given the abrasive and corrosive characteristics of metallurgical materials, CO-NELE adopts a reinforced structural design and premium wear-resistant materials to accommodate harsh, round-the-clock production environments.

Continuous High-Intensity Mixer for Metallurgical Industry

Reinforced Heavy-Duty Frame

The integrally welded carbon steel body with reinforcing ribs withstands intense vibration and torque generated by heavy-load operation. It maintains stable structural performance under long-term impact loads without deformation or damage.

Multi-Level Wear & Corrosion Protection

All material-contact components are standardized with HARDOX and JFE-EH wear-resistant steel. Tungsten carbide hardfacing is optional for extreme abrasive working conditions to extend component service life dozens of times longer than ordinary steel.

304/316 stainless steel and specialized anti-corrosion coatings are available for acidic/alkaline scenarios, effectively reducing maintenance frequency and unplanned downtime.

Premium Genuine Components

Drive System

Equipped with Siemens and Flender motors & reducers for low-loss power transmission and strong overload resistance.

Sealing System

Triple composite seals (labyrinth, air seal, oil seal) prevent dust invasion and grease leakage, ideal for negative-pressure production lines.

Bearing System

Adopts SKF and FAG heavy-duty bearings to guarantee low-friction and failure-free long-term rotor operation.

3. Intelligent Control & Process Adaptability

Featuring a user-oriented intelligent control system, the CO-NELE mixer supports independent operation and seamless automation integration to fit modern smart metallurgical factories.

Automated Process Integration

The built-in PLC touchscreen system can connect to factory DCS/SCC systems, supporting remote control and production data tracking. Operators can accurately adjust feeding volume, water/binder dosage and rotating speed to stabilize batch-to-batch material consistency.

Optional Real-Time Monitoring

Optional NIR online moisture sensors realize closed-loop water regulation to stabilize material moisture and optimize pelletizing quality. Matched temperature sensors also help technicians monitor real-time thermal changes and optimize production formulas.

4. Customized Solutions for Metallurgical Processes

Upgrade Sinter & Pellet Quality

Homogeneous mixing and refined granulation optimize the air permeability of sinter layers. It efficiently enhances the tumbler strength and finished rate of sinter and pellets, meanwhile reducing solid fuel consumption to lower production costs.


Post time: Jun-15-2026

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