Seed conditioning and de-dusting system for lab use
When treating seeds, achieving precise de-dusting and curing is crucial for coating effectiveness and flow. This small-scale lab solution helps fine-tune your process for optimal performance in larger production lines.
Conditions, De-dusts, and Cures Seed Coatings
The RFBC140-LAB Rotary Fluid Bed Conditioner from Hoopman Equipment & Engineering is designed to enhance seed processing by integrating conditioning, de-dusting, and curing operations in a single, efficient system. It employs a fluidized bed principle, utilizing ambient air to ensure uniform treatment of seeds, ideal for developing treatment protocols on a lab scale.
This equipment is instrumental for seed producers and agricultural research institutions aiming to improve the adhesion and flow characteristics of crop coatings. Capable of processing between 50 to 150 kg per hour, depending on conditioning time, the RFBC140-LAB seamlessly integrates with existing treatment systems, ensuring enhanced product uniformity and reduced contamination risk.
Engineered for small-scale operations, the RFBC140-LAB is perfect for pilot and laboratory environments, offering adaptable integration with your current film-coating systems. The conditioner facilitates energy efficiency and consistent product quality, enabling better control over seed treatment processes, thus meeting the needs of modern agricultural and seed treatment industries.
Benefits
- Enhances seed treatment efficacy with reliable de-dusting and curing.
- Boosts seed flow characteristics, optimizing performance in packing lines and planters.
- Facilitates integration and scalability from lab to industrial-scale processes.
- Minimizes waste and contamination, ensuring environmentally friendly operations.
- Streamlines protocol development for consistency across larger processing lines.
- Applications
- Crop coatings,Agricultural products,Seeds
- End products
- De-dusted seeds,Coated seeds,Treated seeds
- Steps before
- Seed Treatment,Film Coating,Application of Crop Protection Products
- Steps after
- Curing,Packing,Planter Loading
- Input ingredients
- treated seeds,crop protection products
- Output ingredients
- de-dusted seeds,cured seed coating
- Market info
- Capacity
- 50–150 kg/h
- Conditioning method
- Rotary fluid bed
- Airflow method
- Fluidised bed principle
- Automation
- Manual / integrated with existing system
- Working mechanism
- Fluidised bed principle
- Batch vs. continuous operation
- Batch
- Integrated steps
- Conditioning and de-dusting
- Automation level
- Controllable and repeatable
- Air incorporation control
- Ambient air push through
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Application compatibility
- Seed coating and curing
- Seed treatment application
- Film-coating integration
- Machine footprint
- Compact
- Capacity range
- 50–150 kg/hr
- Discharge method
- Fluidized bed with ambient air
- Control panel type
- Manual/Automated
- Compact footprint
- Designed for lab-scale use
- Scalability
- Develop protocols for larger systems
- Compact footprint
- Yes
- Adaptability
- Can be adapted to existing systems