Advanced industrial microwave silicon carbide powder/slurry dryer

Specifications

Advanced industrial microwave silicon carbide powder/slurry dryer

1. Application of advanced industrial microwave silicon carbide powder/slurry dryer :

Silicon carbide powder/slurry, SIC powder, carborundum powder, Boron carbide, Zirconium hydroxide,

Nickel hydroxide, Aluminum hydroxide, Zirconium oxide,NM Silica, Calcium carbonate, various of chemical powder drying.

2. Features of advanced industrial microwave silicon carbide powder/slurry dryer :

Drying time: much shorter than conventional dryer;

Drying quality: uniform;

Operated via touch screen by PLC, automatic production can be achieved;

Machine steel is stainless steel 304 or 316, power resource is electrcity, no pollution to material;

The machine running is stable, maintance cost is low;

Easy for cleaning and maintance, can be used to dry various type of material in chemical field.

3. Drying principle of advanced industrial microwave silicon carbide powder/slurry dryer :

Microwaves heating the volume of a material at substantially the same rate.

This is known as volumetric heating.

Energy is transferred through the material electro-magnetically, not as a thermal heat flux. Therefore, the rate of heating is not limited and the uniformity of heat distribution is greatly improved. Heating times can be reduced to less than 20% of that required using conventional techniques.

4. What are the microwace dryer advantages?
Because volumetric heating is not dependent on heat transfer by conduction or convection,

it is possible to use microwave heating for applications where conventional heat transfer is inadequate.

One example is fluids containing particulates where the identical heating of solids and liquids is

required to minimize over-processing.

Another is for obtaining very low final moisture levels (less than 1%) for product without over-drying.

5. What about microwave dryer safety?

Using patented applicator design geometries and a unique waveguide mechanism,

BODA technology reduces microwave leakage from system entry and exit points to virtually

non-detectable levels. The microwave leakage under standard GB10436-89 is ≤5mW per sq.cm, BODA standard is ≤1mW per sq.cm.

This poses no threat of electromagnetic radiation to the health and safety of equipment operators.

6. Advanced industrial microwave silicon carbide powder/slurry dryer specifications:

Dryers with various of length, production capacity all can be customized.

Advanced industrial microwave silicon carbide powder/slurry dryer pictures:

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