Weigh belt feeder for low-density materials
Optimize high-volume feeding accuracy for light materials while reducing your production footprint and maintenance efforts with an innovative gravimetric dosing system designed for continuous operations.
Conveys and Doses Low-Density Materials
The MAMMUTHUS LIGHT from HASLER Group is a robust industrial extractor weigh feeder designed to transport and dose low-density materials like Solid Recovered Fuels with precision. This equipment uniquely combines a metal apron conveyor with an integrated weighing system, ensuring reliable operation in high-flow industrial settings. Suitable for applications across cement production, hydrometallurgy, water treatment, and more, it supports continuous processes by handling high volumes of materials with an impressive accuracy of ±1%. Equipped with an impulse sensor and double chain traction, it ensures consistent operational performance and reduced compaction. The system’s automation is enhanced through the SCMIII flow control system, allowing for seamless integration into existing production lines. Maintenance is simplified with built-in inspection doors, and its fully enclosed design protects both the material and the working environment. Customization options and engineering support are available to meet specific industrial requirements.
Benefits
- Maximizes efficiency in dosing and conveying low-density materials, reducing downtime.
- Offers precise dosing with ±1% accuracy, crucial for maintaining process consistency.
- Streamlines integration into existing systems with automated controls and real-time data display.
- Decreases maintenance time with accessible inspection doors and robust construction.
- Enhances environmental compliance by facilitating the use of alternative fuels, reducing reliance on fossil fuels.
- Applications
- Polymers,Amino acids,Hydrometallurgy,Water treatment,Fertilisers,Metals processing,Metals recycling,Minerals processing,Specialty acids,Technical ceramics,Resins,Flue gas desulfurization,Cement
- End products
- Aluminium ingots,Polyethylene pellets,Epoxy resins,L-lysine,Cement clinker,Citric acid,Processed minerals ore,Ceramic tiles,Refuse-derived fuel,Hydrometallurgical metals,Treated wastewater,Recycled metal alloys,Desulfurized flue gas,Solid recovered fuels
- Steps before
- Material Collection,Pre-Processing,Material Sorting
- Steps after
- Energy Production,Emission Reduction,Post-Processing
- Input ingredients
- alternative fuels,plastic film,cardboard,wood chips,recycled products,crushed tyres,industrial waste,household waste,recovered wood,industrial wood,nut shells,hazelnuts,walnuts,cocoa beans
- Output ingredients
- Solid Recovered Fuels (SRF),heating energy,heat
- Market info
- HASLER Group is known for manufacturing and supplying industrial engineered-to-order (ETO) equipment, specializing in mixing, filtration, and sealing solutions for various industries, with a reputation for quality and innovation in handling challenging process applications.
- Accuracy
- ±1%
- Material Density
- Less than 0.6 t/m³
- Flow Rate
- High flow rates
- Construction Material
- Metal apron
- Automation
- SCMIII material flow control system
- Load Capacity
- High load capacity
- Temperature Resistance
- Not specified
- Dosing Type
- Gravimetric
- Enclosure Type
- Fully enclosed
- Traction
- Double chain traction
- Working mechanism
- Extractor and weigh feeder combined
- Flow rate
- High flow rate
- Footprint
- Reduced footprint
- Automation level
- Controlled by SCMIII material flow control system
- Accuracy
- ±1%
- Operation
- Continuous
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Abrasion resistance
- Yes
- Compact footprint
- Yes
- Control panel type
- Digital / SCMIII
- Discharge method
- Crusher / Lump breaker
- Machine footprint
- Minimized due to combined extractor and weigh feeder
- Material flow control
- SCMIII Controlled
- Pressure drum
- At the outlet of the hopper
- Waste collector
- Included
- Control panel type
- SCMIII material flow control system
- Integration possibilities
- Data and alerts synchronization