Tour de refroidissement en fibre de verre Marley NC
Combining above-spec performance with under-budget economy, the NC Fiberglass continues the evolutionary advancement of Marley cooling tower technology. Originally developed as the SC cooling tower in the mid-90s, continuous improvement and refinement has made the NC Fiberglass world class. Not currently available in the US, Canada and Europe.
Éliminateur Marley XCEL TU
Marley developed the very first cellular drift eliminator in the 1970s when eliminator designs were primarily ineffective blade type configurations.
Tour de refroidissement Marley MCW
The Marley MCW cooling tower from SPX Cooling Technologies is simply the most effective available today for sound- and space-sensitive applications. The ideal solution for urban and industrial applications.
Réducteur à engrenages Marley System 5
Depuis plus de 50 ans, Marley fabrique les réducteurs de vitesse à engrenages les plus fiables, des boîtes de vitesses spécialement conçues pour l'entretien des tours de refroidissement.
Marley Sigma F Series
The latest addition to the successful Marley Sigma series of crossflow cooling towers utilizes advanced composites and stainless steel for excellent durability and corrosion resistance in a truly cost-effective design.
Buse à flux transversal Marley Spiral Target
The Spiral Target nozzle was originally designed by Marley to replace ceramic metering orifices located in the hot water distribution basins of crossflow towers and to eliminate water diffusion decks below the hot water basins.
Buse à contre-courant Marley NS
NS Nozzles simply screw into adapter pipes and lock in place. They can be removed and reinstalled without tools. The diffusion ring snaps into place.
Remplissage par éclaboussures à flux croisé Marley Omega
Marley Omega splash fill provides a robust, cost effective solution for crossflow cooling towers. Variable fill bar spacings provide the required thermal performance with the minimum amount of fill material and installation time. Omega fill is installed in a parallel to the air flow configuration.
