Aero Mechanical Förderer
Aero Mechanical Conveyors (AMCs) offer a high-speed, efficient method for conveying dry bulk materials. Utilizing a continuous loop of wire rope with evenly spaced polyurethane discs moving at high speeds within a tubular structure, AMCs create a fluidized airstream that gently and efficiently transports materials from inlet to discharge.
Eigenschaften
High Throughput Rates
Capable of conveying up to 120 tons per hour, depending on material characteristics and system configuration.
Dust-Free, Enclosed System
The design ensures clean operation, preventing product contamination and protecting the work environment.
Schonende Behandlung
Materials are suspended in a moving airstream, reducing product degradation and Wartung the integrity of blends.
Flexible Layouts
AMCs can operate at any angle from 0° to 90°, including vertical lifts and complex routing with multiple inlets available.
Low Maintenance
With only one moving part – the cable and disc assembly – AMCs require minimal maintenance, reducing downtime and operational costs.
Industries where Aero Mechanical Conveyors are used
Aero Mechanical Conveyors are used across various industries that require fast, efficient and dust-free transfer of dry bulk materials. In the food and beverage sector, they are ideal for conveying flour, sugar, grains, coffee and powdered ingredients. The chemical industry uses them for pigments, detergents and fine powders, while pharmaceutical and nutraceutical manufacturers benefit from their gentle handling of active ingredients and blends. Plastics processors rely on them for transferring pellets, regrinds and additives and they are also used in the mineral and construction materials sectors for materials like cement, gypsum and titanium dioxide. Thanks to their enclosed, low-energy design and ability to pflegen. blend integrity, AMCs are a preferred solution in environments where cleanliness, speed and product quality are critical.
Fallstudie
Improving Efficiency in Acrylic Powder Conveying
A manufacturer specializing in thermoplastic decorative films required a reliable solution for transferring fine acrylic powder into a large mixer. The challenge was to ensure a smooth, lump-free flow of material while maintaining a clean and safe work environment.
