We specialise in flash and rapid mixing, as well as flocculation, for a wide range of chemical applications. Our mixers are designed with efficiency in mind, balancing G-value and high tip speeds to deliver consistent results. With our Instamix system, mixing can even be carried out directly within existing pipework, saving both time and infrastructure costs.

Flocculation is a highly shear-sensitive mixing application. Unlike most mixing processes, the primary function of a flocculator is simply to keep the water in motion, allowing the agglomeration of particles to proceed efficiently. Our impellers for flocculation are specifically developed to operate at low tip speeds, maintaining low shear and turbulence while generating high axial flow.

We also understand the importance of material selection in sanitation processes. For applications with high concentrations of chemicals such as calcium hypochlorite, our wet ends are typically made from carbon steel lined with fluoropolymer. In most cases, our wet ends are manufactured from 304 or 316 stainless steel to ensure long-term durability.

This radial flow impeller is based on the design of the Curved Blade Turbine and includes an anti-vortex/ anti-ragging disc that stabilizes operation and reduces any fouling around the shaft and hub.  It is well-suited for wastewater, anoxic, and anaerobic applications where reliable mixing and minimal downtime are required.

Designed specifically for flow-sensitive duties, this second-generation hydrofoil impeller delivers precise and efficient mixing with minimal shear. Its advanced blade geometry ensures uniform blending and rapid dissolution while protecting delicate floc structures commonly found inside wastewater treatment processes. With low power requirements and excellent hydraulic efficiency, it is ideal for applications such as floc trains and chemical make-ups where consistent flow and gentle mixing are critical.

Engineered for ragging-prone applications, this impeller offers high performance and reliability. Backswept hydrofoil blades reduce fouling and power consumption, while the inclusion of the dics act as an anti-vortex device.  Ideal for demanding wastewater environments, including anoxic and anaerobic chambers.