Industrial Rotary Disc Dryers with Hagglunds Hydraulic Drives – 8 Units Available – High-Capacity Continuous Drying Systems

Industrial Rotary Disc Dryers with Hagglunds Hydraulic Drives – 8 Units Available – High-Capacity Continuous Drying Systems
Location:United Kingdom
Description
Available immediately are eight heavy-duty rotary disc drying systems fitted with Hagglunds hydraulic drive units, designed for reliable, continuous-duty drying operations across a wide range of industrial applications.
These robust dryers are ideal for processing and reducing moisture content in materials such as:
- Sewage sludge
- Paper mill waste
- Biomass products
- Agricultural by-products
- Food processing residues
- Chemical and mineral products
- Other bulk industrial materials
Built for demanding environments, rotary disc dryers provide efficient heat transfer, consistent product movement, and high evaporation capacity while maintaining a relatively compact footprint. The Hagglunds drive systems are renowned for delivering exceptional torque, smooth operation, and long-term reliability in heavy industrial applications.
Features
- 8 units available
- Heavy-duty industrial construction
- Hagglunds hydraulic drive systems
- Continuous processing capability
- Suitable for high-moisture bulk materials
- Designed for demanding industrial applications
- Excellent torque and load-handling characteristics
- Ideal for refurbishment, upgrade projects, or spare capacity installations
Applications
Suitable for:
- Wastewater treatment plants
- Biomass processing facilities
- Recycling operations
- Food and agricultural processing
- Paper and pulp industries
- Chemical manufacturing
- Environmental and renewable energy projects
Availability
Multiple units available. Further specifications, dimensions, photographs, and pricing can be provided upon request.
Worldwide enquiries welcome. Inspection appointments can be arranged by prior agreement.
Specifications
| Manufacturer | Hagglunds |
| Year | 2000 |
| Condition | Used |
| Stock Number | SBS20220476 |




