The sand and gravel separator is widely used in sand and gravel plants, construction sites, hydropower stations, concrete dam construction, utility poles, large precast pipelines, casting mesh, well backfill pressure sand, and glass quartz sand production units.
Product Features
1. Sorting Principle
Breaking through the traditional washing and separation process of sand and stone, the technology utilizes various grading systems and employs aeronautical aerodynamics analysis to optimize the material flow field, significantly reducing the equipment's operating resistance, enhancing separation efficiency, and achieving remarkable energy conservation and cost reduction.
2. Higher grading accuracy
The separator employs the obtained "eddy current rectifier," where the air flow inside the rectifier rises relative to the rotor without rotation, significantly reducing driving power and system wear. The material is repeatedly cleaned in the sorting area, resulting in higher grading accuracy.
3. User-friendly
The grading machine is equipped with a variable-frequency inverter for stepless speed control, offering convenient, sensitive, and reliable quality adjustment with a wide range.
4. High grading efficiency
Based on the physical and chemical properties of the sand and gravel, increase the range of the classification and lifting zones to ensure more thorough material dispersion, thereby guaranteeing the classification efficiency.
5. Wear-resistant design, maintenance-free
The main components of this separator include the disperser, fine material collector, side air regulator plate, main air regulator plate, and multi-channel distributor, among others. Made from imported wear-resistant steel plates, ceramic, and boiler steel, it effectively extends the service life. The entire unit has been dynamically balanced and operates smoothly across the full speed range.
6. The system employs dual-locked air dampers and internal recirculation air to effectively reduce air leakage in the system, minimizing dust emissions and pollution during operation.
