Flocculants
We offer a range of non-ionic, anionic, and cationic synthetic flocculants designed to meet the diverse needs of mineral processing, water, and wastewater treatment applications.
How Flocculants Work
Flocculants cause smaller particles to aggregate, forming larger flocs that can be more easily separated from water or process streams. This results in improved separation efficiency, as well as a range of additional benefits:
Maximised operational throughput
Increased cake dryness in dewatering applications
Enhanced thickening and clarification performance
Improved process reliability
Optimised tailings treatment in mineral processing
Reduced operational costs
Our Range of MaxiFlox® Flocculants
We provide both conventional and advanced flocculant solutions to meet a variety of operational needs:
MaxiFlox® 500 Series (non-ionic to anionic)
MaxiFlox® 800 Series (cationic)
MaxiFlox® 500R Series (advanced)
The MaxiFlox® 500R Series offers cutting-edge solutions for addressing challenges related to water recovery, mineral and metal recovery, and overall process optimization, helping to lower operational treatment costs.
Versatility of MaxiFlox® Flocculants
The MaxiFlox® range is suitable for a wide variety of applications in mining, mineral processing, construction, and water treatment. Available in both powder and liquid forms, these flocculants offer a broad selection of molecular weights, charge distributions, and charge densities.
In thickening applications, MaxiFlox® products enhance settling rates, increase underflow density, and improve supernatant clarity. For dewatering and filtration processes, they boost productivity and yield, reduce moisture content, and produce a lower volume of waste for disposal.
OptiFlox®SRt Flocculant Dose Control System
The OptiFlox® SRt system is a solution-based approach where process control technology is combined with the dosing pump skids, world-class reagent addition and technical support to ensure a robust processing solution.
The system has been developed to provide automatic flocculant control by continually monitoring the slurry infeed to a thickener to optimise the flocculant dosage whilst maintaining consistency in thickener operating performance.
