High-Precision Separation Solutions for Building Materials

Vibrating Screen
RHEsono^®

Separates finest building materials

Direct vibration transmission to the screen mesh by powerful vibrating heads
Separations in many fractions with up to 6 screen decks
Screen cuts from 100 µm to 2 mm (140 Mesh - 10 Mesh)
No clogging thanks to automatic cleaning system
Low energy consumption due to low moving mass
No dynamic loads transmitted into the steel structure or building

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Power Screen
RHEsonox^®

Best screening results

Combination of a linear motion screen and directly excited screening machine
Extremely sharp classification due to high-performance magnetic vibrating heads
Screen cuts from 50 µm to 6 mm (270 Mesh - 3 Mesh)
No clogging thanks to automatic cleaning system
Optimal solution for height limitation

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Multi Deck Screen <br>RHEfino<sup>®</sup>

Multi Deck Screen
RHEfino^®

Precise screening in the fine to medium grain range

No clogged screen mesh due to automatic and adjustable cleaning pulses
Separations from approx. 100 µm to 10 mm (140 mesh - 2 mesh)
Highly efficient vibration transmission and thus low energy consumption
Continuous production even in the event of a drive failure
Static housing with fixed flanges and very low dynamic loads

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Excellent separations for building materials

Building materials like sand, plaster, gypsum, and several minerals must meet strict quality standards to ensure durability and effectiveness. Even minor efficinecy deficits can lead to significant material losses, especially in high-volume processing.

To minimize these losses, the screening process must precisely separate larger lumps, sort material fractions, and remove dust to maintain product quality. However, material properties or moisture in the dust fraction can cause blockages, making it essential to use precise machinery adjustments and self-cleaning systems to ensure a continuous and efficient operation.

One way to further enhance efficiency and sustainability in material processing is through recycling. Reusing aggregates, plaster, and gypsum not only reduces waste but also lessens dependence on natural resources. When properly processed, recycled materials can meet the same quality standards as new ones, offering an eco-friendly alternative without compromising performance.