Rake vacuum dryer

Rake vacuum dryer

    The machine has a simple structure, easy operation, long service life, stable and reliable performance, low steam consumption, strong applicability, and good product quality. It is particularly suitable for drying paste like materials that are not resistant to high temperatures, flammable, and prone to oxidation under temperature control. The machine has been proven to be a good drying equipment by users through long-term use.
Product Details

Product introduction

The machine has a simple structure, easy operation, long service life, stable and reliable performance, low steam consumption, strong applicability, and good product quality. It is particularly suitable for drying paste like materials that are not resistant to high temperatures, flammable, and prone to oxidation under temperature control. The machine has been proven to be a good drying equipment by users through long-term use. Principle: The dried material is added from the center of the shell, and under the stirring of the constantly rotating rake teeth, the material moves back and forth in the axial direction. The surface in contact with the inner wall of the shell is constantly updated, and is indirectly heated by steam. The uniform stirring of the rake teeth and the crushing of the crushing rod make it easier to discharge the surface moisture of the material. The vaporized moisture is discharged from the outlet of the vacuum pump through the dry dust collector, wet dust collector, and condenser.

Applicable materials

Materials that need to be dried under vacuum conditions in industries such as pharmaceuticals, food, and chemicals.
Suitable for paste like, paste like, and powdery materials.
Thermally sensitive materials that require low-temperature drying.
Easily oxidizable, explosive, strongly irritating, and highly toxic materials.
Require the recycling of materials containing organic solvents.
Dry occasions where dry materials are prone to flying.

Apply under appropriate conditions

Materials below 100 mesh, solutions, synthetic fibers, crystals, vacuum liquids, emulsions, sweet potato slices, mineral sands, suspensions, etc.

Model and technical characteristics

Main parameter models Nominal volume Heat transfer area One loading Absolute work pressure Operate temperature Spindle speed Material quality Weight Power External dimensions
Length x Width x Height
Inside the cylinder Inside the jacket
XPG0.5 0.5 1.86 0.2 0.021 0.686 435 15-20     Note: 3  
Auxiliary: 5.5
XPG1 1 6 0.75 0.021 0.686 435 9 A3 3400 5.5 3700×945 ×3270
1cr18Ni9Ti 3300
XPG2 2 8 1.2 0.021 0.588 425 9 A3 4900 11 4570×1130 ×3455
1cr18Ni9Ti 4800
XPG3 3 11.5 11.5 1.021 0.588 425 9 A3 6400 15 6076×1130×2980