ValuePlus Series Linear Vibrating Fluidized Bed Dryer

Material is uniformly fed into the fluidized bed dryer. Under the excitation force generated by two vibration motors, the material moves continuously forward in a horizontal jumping motion. Hot air flows upward from the bottom plenum through the distribution plate, passing through the material layer and bringing it into a fluidized state for efficient heat and mass transfer. Moist air is discharged from the top exhaust, and dried material is continuously discharged from the outlet. A cooling section with cold air can be incorporated.

1. ① Cost-effective configuration: optimized vibration motor and fan selection to reduce cost while ensuring performance;
2. ② Easy operation: simplified control system with one-button temperature and vibration frequency adjustment, no professional personnel required;
3. ③ Durable and robust: reinforced stainless steel bed and distribution plate, durable vibration motors, adapted to 24-hour continuous operation and tropical environments;
4. ④ Low energy consumption: vibration facilitates fluidization, reducing required air volume by 30% to 50% compared to conventional fluidized beds, significantly lowering energy consumption and fan noise, suitable for regions with high electricity costs;
5. ⑤ Tropical climate adaptation: all-stainless steel construction for corrosion resistance, IP54 electrical protection, adapted to high-temperature high-humidity environments;
6. ⑥ Local material adaptation: optimized distribution plate perforation and vibration parameters for popular Southeast Asian and African materials (grains such as rice, corn, sorghum, seeds, seasonings, mineral sand, etc.).

• Vibration facilitates fluidization, reducing required air volume by 30% to 50% with significant energy savings;
• Vibration promotes uniform material movement, eliminating channeling and dead zones;
• Minimal mechanical damage to particles in the bed, suitable for fragile and wear-sensitive crystalline materials;
• Precise control of residence time and drying intensity by adjusting amplitude, frequency, airflow and temperature;
• No mechanical moving parts (other than vibration motors), simple maintenance and long service life;
• Integrated drying-cooling capability.

Widely used in Southeast Asian and African markets for chemical (tablet granules, boric acid, borax, catalysts, plastic resins, citric acid), pharmaceutical (API granules, herbal granules, tablet granules), food (grains, seeds, dehydrated vegetables, seasonings, glucose, chicken essence), building materials (mineral sand, quartz sand, ceramsite, glass powder), feed and fertilizer/pesticide granule industries.