The wet material of the spiral vibration dryer enters the spiral bed from the top feeding port Under the action of circumferential excitation force and gravity The material undergoes a jumping motion from top to bottom along the spiral bed Until the bottom layer is discharged Meanwhile, clean hot air enters from the bottom of the spiral bed After sufficient heat and mass transfer with the materials distributed on the bed Discharged through the top moisture outlet Thus achieving the purpose of drying wet materials
LZGProduct Overview:
Wet materials enter the spiral bed from the top feeding port Under the action of circumferential excitation force and gravity The material undergoes a jumping motion from top to bottom along the spiral bed Until the bottom layer is discharged Meanwhile, clean hot air enters from the bottom of the spiral bed After sufficient heat and mass transfer with the materials distributed on the bed Discharged through the top moisture outlet Thus achieving the purpose of drying wet materials
LZGEquipment features:
1. Hot air passes through the material layer multiple times Reverse flow with materials Ensure sufficient heat exchange High thermal efficiency
2. Compact structure Small footprint
3. The residence time of materials in the bed can be adjusted Easy to operate
4. The material moves in a circular motion from top to bottom along the spiral bed It also produces jumps on its own This increases the contact between the material and the hot air Enhanced drying effect
5 consecutive incoming and outgoing materials are suitable for assembly line production And it is easy to meet the "GMP" standards Can replace traditional box drying
6. There is basically no damage to the surface and shape of the material Not only does it ensure the roundness of the pill And it greatly reduces the breakage rate of the pill
LZGTechnical parameters:
model | LZG-1.0 | LZG-1.2 | LZG-1.4 | LZG-1.6 | LZG-1.8 |
diameter | 1000 | 1200 | 1400 | 1600 | 1800 |
Vibration motor power | 2×0.8 | 2×0.8 | 2×1.5 | 2×1.5 | 2×2.2 |
External dimensions | 1.2×1.2×2.7 | 1.4×1.4×2.7 | 1.6×1.6×3.3 | 1.8×1.8×3.3 | 2.0×2.0×3.3 |
weight | 1400 | 1680 | 2800 | 3100 | 3800 |
production capacity | 80~120 | 120~200 | 200~280 | 280~350 | 350~450 |
inlet air temperature | 60~200 | 60~200 | 60~200 | 60~200 | 60~200 |
Air volume | 1487 | 2380 | 3721 | 4462 | 5930 |
fan power | 4.1 | 7 | 7.7 | 14 | 24 |