Mass flow rate feeder for bulk powders
Achieve precise control and consistent material flow in high-speed manufacturing environments with this advanced mass flow feeder, ensuring optimal dosing and minimizing waste in your production line.
Feeds and Measures Bulk Solids Using Coriolis Principle
The MULTICOR S from Schenck Process is a versatile mass flow feeder that uses the Coriolis principle for precise measurement and feeding of powders and granules. This equipment excels in handling diverse bulk solids, maintaining an impressive accuracy of ±0.5%, regardless of variations in bulk density or particle size. Utilizing a rotating measuring wheel, it effectively translates the Coriolis force into a quantifiable feed rate, ensuring consistent dosing across applications such as polymer feeding, fertilizer processing, and biomass production. The in-line, compact design simplifies installation and integration into existing systems, complemented by a robust prefeeder to maintain uniform flow rates. Its low maintenance requirements make it a cost-effective solution for continuous operation in high-demand industries, including chemicals, plastics, and steelmaking. Built with corrosion-resistant materials, the MULTICOR S stands up to challenging environments, offering reliability and minimal downtime. With options for customization and comprehensive technical support, it aligns seamlessly with your production and operational needs.
Benefits
- Ensures precise feeding with ±0.5% accuracy, optimizing material utilization and reducing waste.
- Simplifies integration with existing systems due to its compact, in-line design, minimizing installation time.
- Lowers maintenance costs with durable components and minimal upkeep requirements.
- Adapts to varying bulk properties, maintaining consistent performance in diverse industrial applications.
- Supports continuous operation, enhancing overall production efficiency and reliability.
- Applications
- Sealants,Grain,Polyolefins,Catalysts,Home,Cement,Chemicals,Coke,Agrichemicals,Coal,Biomass,Batteries,Steelmaking,Film,Personal care,Bioplastics,Pet food,Compounds,Additives,Food ingredients,Plastics,Fertilizers,Recycling,Colorants,Paint,Coatings,Adhesives,Masterbatch
- End products
- Steel billets,Lithium-ion battery cathodes,Wood pellets,Glyphosate formulations,Wheat flour,Npk fertilizers,Household detergents,Pvc compounds,Acrylic paints,Titanium dioxide pigments,Biodegradable films,Portland cement,Polycarbonate plastics,Recycled polyethylene terephthalate (rpet),Nutritional supplements,Polyurethane coatings,Polyethylene,Metallurgical coke,Polypropylene,Silicone sealants,Fish meal for pet food,Epoxy adhesives
- Steps before
- Grinding,Drying,Purification,Batch Preparation
- Steps after
- Packing,Sterilization,Coating,Inventory Management
- Input ingredients
- bulk solids,dust,polymers,granules,materials for process charging
- Output ingredients
- measured bulk solids,precisely fed materials,optimized truck loads
- Market info
- Schenck Process is known for its expertise in material handling, weighing, feeding, and automation solutions. The company has a strong reputation for delivering high-quality engineered-to-order equipment for diverse industries, backed by innovative technology and customer-centric service.
- Accuracy
- ±0.5%
- Feed rate
- Mass flow-rate feeding
- Measuring Principle
- Coriolis principle
- Sensitivity to External Influences
- Not sensitive
- Installation
- In-line implementation
- Maintenance
- Low
- Material Compatibility
- Changing bulk density or different grain size
- Use Cases
- Dust,throughput,consumption measurement
- Working Mechanism
- Coriolis principle
- Measurement Principle
- Direct,fast measured value acquisition
- Operation Mode
- Continuous feeding/dosing
- Installation Type
- In-line implementation
- Sensitivity to External Influences
- Insensitive
- Changeover Time
- Low
- Adjustable Prefeeder
- Yes
- Abrasion resistance
- Yes
- Cleanability
- High
- Corrosive resistance (e.g. acids)
- Moderate
- Density/particle size
- Variable (adapts to different densities and sizes)
- Compact footprint
- Compact construction
- Discharge method
- In-line implementation