High-Efficiency Vibrating Fluidized Bed Dryer
Energy efficiency improved by 30% | Material breakage rate < 0.1% | Specifically addresses the drying challenges of fragile, highly hygroscopic, and unevenly sized materials.
Product Overview
Overcoming the shortcomings of high energy consumption and low grinding rate with our high-efficiency vibrating fluidized bed dryer technology.
Technical Advantages
- Overcoming Traditional "Dead Bed" and "Guttering" Phenomena: Dual-vibration motors forcibly excite materials, enabling uniform fluidization at lower airflow rates, eliminating localized overheating or uneven drying.
- Low-Voltage Protection & Improved Particle Integrity: Mechanical vibration reduces airflow velocity by 20%-30%, preventing abrasion and pulverization of crystalline or fragile particles.
- Dual Airflow and Heat Circulation: High-efficiency hot air circulation system with optimized perforated air plates reduces air resistance and improves heat exchange efficiency.
Performance Comparison
| Material Breakage Rate |
High (3%~5%) |
Extremely Low (< 0.1%) |
| Thermal Efficiency & Energy Consumption |
High air volume requirement, high heat loss |
Overall energy and heat savings of over 30% |
| Applicable Material Range |
High requirements for particle size uniformity |
Adaptable to complex materials with uneven particle size and high moisture content |
| Cleaning & Maintenance |
Material accumulation, difficult cleaning |
Smooth fluidization, no dead corners, fast cleaning |
Applicable Industries & Materials
Successfully applied to key production lines of 200+ companies worldwide:
Fine Chemicals
Oxalic acid, borax, citric acid, catalysts, polymer resins, inorganic salts
Food Industry
Monosodium glutamate, white sugar, salt, formula granules, milk powder, maltose powder
Building Materials & Metallurgy
Slag powder, quartz sand, desulfurization gypsum, battery electrode materials