Flowrox Sells Valve and Pump Businesses to Neles
Flowrox, a Finland-based company sold its valve and pump businesses to Neles, a listed Finnish manufacturer of industrial valves. The deal also includes the Flowrox brand. Flowrox’s industrial automation, environmental technologies and filter business are excluded from the acquisition and will continue under a new, later to be announced name and brand.
New: Flowrox Floating Aerator
Flowrox strengthens its Environmental Technologies product family with introducing the Flowrox Floating Aerator™ . The turbine surface aerator effectively aerates wastewater or natural water while keeping costs and maintenance low. Flowrox aerators are excellent solution for large and shallow basins.
Flowrox Opens a Subsidiary in Germany
Flowrox, a Finland based company specializing in flow control, process automation, environmental and solid-liquid separation technologies, strengthens its operations in Central Europe by opening a new subsidiary, Flowrox GmbH in Ratingen, Düsseldorf, Germany.
Flowrox Launches Centrifugal Pump with Vertical Cantilever Design
Flowrox has launched CF-V centrifugal pump with a vertical cantilever design. Flowrox CF-V pump is the most suitable for mining, minerals processing and other industrial operations, delivering reliable performance in sumps and pits.
Flowrox Plasma Oxidizer to a Local Hospital!
Flowrox Plasma Oxidizer™ aims to destroy 90-99 % pharmaceutical residues from the hospital wastewaters. With this installation, Flowrox is the trailblazer on a global scale as this will be the first-of-a-kind on the planet!
New Design for Big Slurry Knife Gate Valves
The traditional actuator’s tower design usually works well with slurry knife gate valves. But only as long as the valve is small enough. The bigger the DN, the higher will be the valve. Let us say we need a valve DN 1200. Using the tower design, it means the valve would be extremely high in open position: 5,60 meters! Extreme heights also mean a higher centre of gravity. This makes the knife gate valve more difficult to handle, less stable during assembly and harder to access for maintenance. In other words, less safe.