Technical Requirements for 7t/d Ternary Nickel-Cobalt-Manganese Precursor Disc Dryer

Material Name: Ternary Nickel-Cobalt-Manganese Precursor

Basic characteristics of the material: Bulk density: 1.4-1.6 g/cm³; Laser particle size (D50):

8-12μm; Tap density: 1.9-2.4 g/cm³

Material state after washing: powder form, moisture content approximately 6-10%;

Equipment Technical Requirements

Biological capacity: 7 t/d

Moisture requirement after drying: less than 0.2%

The parts in contact with materials should be protected from wear to prevent the introduction of magnetic substances.

Material: The parts in contact with the material are made of titanium.

Quantity: 1 unit

Characteristics and Applications of Disc Continuous Dryers

1. Mechanical material conveying, continuous production, adjustable processing capacity, reduced labor intensity, improved working conditions, and convenient management.

2. High drying efficiency: the overall heat transfer coefficient typically reaches 240-544 kJ/(m²·h·°C), and the average evaporation intensity is approximately 5-15 kg/(m²·h).

3. Vertical installation, complete insulation, high utilization rate of heat source and heat generation. The power required for this equipment is only about half of that of ordinary dryers, making it economical and feasible.

4. The exhaust gas discharge speed is low, with minimal dust dispersion, meeting the requirements of Level III emission standards and improving the working environment. It is particularly suitable for processing fine powdery materials without the need for additional dust removal equipment.

5. The temperature of each heating plate layer is uniform.