FloatForce®+ mixing mechanism

Float above the rest

Launched in 2006, FloatForce® has set the industry's standard for efficient flotation mixing mechanisms. Our recent R&D breakthroughs have unveiled new ways to enhance performance and sustainability. The FloatForce®+ is offered as an upgrade service for current installations, including OK and TankCell® equipment, as well as non-Metso flotation cells.

Upgrades that improve performance to help you reach your sustainability targets

Energy and cost efficient

Significantly lower energy consumption by reducing power draw and operating costs

Planet Positive

Increased recovery

Improved flotation hydrodynamics and pumping performance at high air dispersion rates enhances particle recovery

Eco-conscious engineering

The improved design is produced using sustainable practices lowering the environmental footprint

Easy to replace & retrofit

Easy to replace and retrofit to existing Mesto cells 3rd party cells

Benefits

Evolving from FloatForce’s legacy, the FloatForce+, our next-generation mixing mechanism seamlessly extends the proven performance legacy of FloatForce, delivering amplified advantages.

Energy efficient
Enhanced metallurgical performance
Easy to replace and retrofit to existing cells
Improved design with a lower environmental footprint

Elevate metallurgical performance

For almost 20 years, Metso’s FloatForce has stood as the foremost flotation mixing mechanism in the industry. Elevate operational efficiency even further with FloatForce+. This ingenious mixing mechanism improves metallurgical performance through impeccable mixing across diverse process conditions.

Redefined sustainability

Embrace eco-conscious engineering with FloatForce+. The new design consumes less energy while maintaining the unmatched mixing efficiency of its predecessor. This solution is produced using sustainable practices resulting in a lower environmental footprint, reflecting our sustainability commitment.

Revolutionary design, enhanced efficiency

FloatForce+ exemplifies innovation and was developed through extensive CFD, laboratory, pilot, and industrial testing to align with mining sustainability trends. Patented features include a streamlined structure with optimized design to reduce power draw without compromising pumping performance.