Increase uptime: The design of the hydrocarbons drives maximum uptime coupled with a decrease in operational costs. The industry-leading flow rates of RU’s hydrocyclone create an optimal flow irrespective of given pressure drops. Also, wear-resistant liners are incorporated to increase uptime and extend the lifecycle of overall parts. The cyclone provides quite an ease of maintenance, thus reducing downtime. Due to a limited number of parts and simple design, the line changes are easy, safe, and quick. The simplicity of hydrocyclone brings reduced cost and increased uptime.

High Capacity: The cyclone inlet design is developed in conjunction with modelling and simulation scientists using the latest software available. The design allows a smooth flow of material into the cyclone for an increased unit capacity. The increased unit capacity and minimal turbulence create a higher throughput wet classification process.

Diverse Applications: The cyclones of RU fit into different applications and also fulfill diverse needs. It operates best in grinding circuit classification, primary fine grinding, and grinding a full spectrum of minerals. The wide product offerings of these cyclone sizes bring increased profitability and efficiency. All the models offer a range of apex inserts and votex finders to fine-tune the wet classification performance.

Exceptional separation efficiency: The cyclones provide efficient and accurate separation of the particles by size. The Radial manifolds distribute the feed accurately and collect the overflow and underflow from multiple hydrocyclones that operate in parallel. The wear-resistant linings are incorporated into the feed distributor, which produces minimal turbulence for overflow and underflow launders. Its unique conical geometry offers a smooth acceleration of particles for promoting a sharp particle separation at a low cost. We pay special attention to safe access for maintaining, sampling, and monitoring the cyclone and its components.