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Considering different operational criteria of diverse industries, we have developed huge range of dynamic separator used for precise separation of materials from their mixtures. It works on the basis of physical properties of the material. In order to sort out the material properly, dynamic separator uses the density, size and shape of the material.
Material is fed in to the chamber of equipment. It has a rising air column. With rising air force, material got force according to their size, shape and density against density. Different kinds of material got the force differently with a view of their density. So, materials are subject to differentiate in column vertically. It is easy to install and operate. It offers long working life with least maintenance.
| Specification | Details |
|---|---|
| Type | Dynamic Separator |
| Application | Separation of fine and coarse particles in industries such as cement, mining, aggregates, chemicals, and recycling |
| Separator Type | Air-based dynamic separation (cyclone-type or centrifugal separation) |
| Capacity | 5 to 500 tons/hour (depending on material type, separator size, and application) |
| Separation Size | 0.1 µm to 100 mm (depending on airflow, separator design, and material type) |
| Material | Carbon Steel, Stainless Steel (for food, chemical, or high-corrosion applications) |
| Motor Power | 10 to 100 kW (depending on the model and material to be separated) |
| Drive Type | Electric motor-driven (via V-belt or direct drive system) |
| Airflow Capacity | 1,000 to 50,000 m³/h (depending on separator size and application) |
| Rotor Speed | 500 to 3000 RPM (adjustable depending on application) |
| Weight | 500 to 15,000 kg (depending on the size and capacity of the separator) |
| Dust Control | Optional dust collection system, such as bag filters, cyclones, or wet scrubbers |
1. High Efficiency:
Dynamic separators are designed to provide high-efficiency separation of fine and coarse particles. They achieve fine and consistent separation, ensuring high product quality.
2. Airflow-Based Separation:
The separator uses airflow (typically generated by a fan or blower) to help classify particles. The air stream forces the lighter particles to stay suspended and be carried away, while the heavier particles are separated by centrifugal forces.
3. Variable Speed:
The speed of the dynamic separator can be adjusted, allowing it to adapt to different material types and desired separations. The flexibility in speed control enables optimized performance for various processing conditions.
4. Compact and Modular Design:
The design of dynamic separators is typically compact and modular, making them easy to integrate into existing systems. The modular nature also facilitates easy maintenance and upgrades.
5. Adjustable Rotor Speed:
The rotor speed of the separator can be adjusted, which directly affects the separation efficiency. Faster rotor speeds tend to improve separation efficiency, especially for finer materials.
6.High-Quality Output:
By efficiently separating fine and coarse particles, dynamic separators provide a high-quality output with a uniform particle size distribution, which is essential in many industrial processes like cement grinding or mineral processing.
