Centrifugal and Air Separators

I centrifugal separators These are industrial systems used for material classification through the centrifugal force generated by the rotational motion of the flow, which allows for the separation of particles and fractions with different specific masses within material or air flows.

I air separators, on the other hand, operate by exploiting the aerodynamic behavior of materials, using controlled airflow to distinguish and separate light and heavy fractions, improving the quality and uniformity of the final product.

Both technologies are widely used in industrial processes for the classification, selection, and treatment of bulk, granular, or powdery materials, and they often operate in conjunction with screening, filtration, and conveying systems.

During operation, high material velocities and continuous contact with abrasive particles cause erosion and abrasion on the internal surfaces of the separators, particularly in the classification chambers, process ducts, and flow diversion points.

In these contexts, SARO intervenes with anti-wear solutions designed to protect the most stressed components, increase the operational life of equipment, and improve the reliability and efficiency of separation systems.

The applications concern in particular:

• Centrifugal and air separation chambers
• Power and discharge lines of separators
• Gradation classification systems
• surfaces subject to strong abrasion and continuous erosion

SARO develops anti-wear measures through the application of:

• high abrasion resistance ceramic coatings – SARCER & SARMOS
• wear-resistant plating – SARCERGOM
• Components and Coatings – SAROMAX100
• Ceramic-filled resins for surface protection and restoration – RESINALCERAMICA T250 A/B
• Technical artifacts designed for high-speed and high-wear environments – SARCER & SAROMAX100
• integrated solutions developed based on the specific operating conditions of the plant

The solutions are designed based on the characteristics of the material being treated, the separation dynamics, the process speeds, and the plant's operating conditions.