Used in Wastewater treatment and Cooling Towers applications. Features high resistance to erosion and has a long service life.
Used in Potable and Process water and Wastewater applications. Flexible dimensions – can be adapted to all shapes and inclinations.
A development of different kinds of plastic media to provide a modern and attractive process for denitrification and carbonaceous applications.
Optimized over more than 30 years, the technology of our Equiflo Rotary Distributors for Trickling Filters is based on simplicity, efficiency and reliability.
Fills especially designed for cross-flow cooling towers with integrated inlet louvre and drift eliminator section. Optimal heat transfer properties.
Ideal for use in industrial processes where the water quality is poor or there are other contaminants, eg: in a food processing or chemical plant.
Used in Wastewater treatment, Cooling Towers and Mass Transfer applications. High security against blockages and environmentally friendly.
Used in Cooling Tower applications. High separation efficiency and low pressure drop due to the product design. No deformation in high temperatures.
Used in Cooling Towers. Prevents water splash-out and the ingress of leaves and restricts the amount of sunlight to impede the growth of algae.
Used in Cooling Towers. Nozzles are made of glass reinforced polyamide (nylon) for optimum water distribution and low clogging / scaling.
Used in Mass Transfer applications. Features high resistance to erosion and has a long service life.
Used in Mass Transfer / Gas Purification applications. Features high separation efficiency and low pressure drop due to the product design.
Seven GEOdek®-types for economical and eco-friendly material plus a GEOdek®-design program for static dimensioning of the infiltration system.
Used to prevent the growth of Legionella pneumophila and other bacteria. Controls biofilm and has good leach resistance. Safe for the environment.
Now available in SANIPACKING quality. NET150 splash fills can operate with effective resistance under hot-water temperatures of up to 80 °.