FILTERSORB SP3

Calcium, Magnesium and other hardness minerals form scale in pipes, on appliances and other plumbing surfaces. This leads to higher heatingand energy costs and expensive repairs to appliances, such as ice machines, coffee makers, dishwashers and cooling towers in commercial buildings.

Scale can also be a source for bacteria to grow, which can be a health concern in drinking water applications.

Calcium and Magnesium, on the other hand, are important to human health,
and supplements are reccomended if these, minerals are reduced or totally void in your diet.

The Solution - FILTERSORB SP3

transforms Calcium ions into Calcium crystals, which are stable and cannot attach to pipes, surfaces, hardware or heat exchanger components. The crystals are so small they are easyily rinsed away by the water flow.

The Principal Behind our Anti-Scale Media

The principal behind our saltless anti-scale media is quite simple. The Filtersorb SP3 saltless anti-scaler media acts as a dosing catalyst by accelerating the transformation of the calcium and magnesium minerals into harmless “Nano” particles. When the inlet water goes into the water conditioner tank, the up flow pulls the water through the fluidized Filtersorb SP3 media which then acts as a dosing catalyst and pulls the hardness minerals of calcium and magnesium out of the solution and then transforms these minerals into inactive Nano crystal particles. Because the hardness minerals have been transformed into Nano particles, these Nanoscopic particles make their way through plumbing systems without attaching on to pipes, fixtures, valves, or heating elements. An important secondary benefit is that the existing scale in pipes and equipment is also dissolved over time. The manganese and calcium already built up on the walls of pipes and equipment will slowly dissolve and in just a few short weeks mineral build up will be eliminated.

Filtersorb SP3 Saltless Anti-Scale Media Development

Our environmental safe Filtersorb SP3 saltless anti-scale media was initially developed by Watch Water Germany to serve as an alternative to commercial softeners used for scale control. Because commercial softeners discharge sodium into waste water supplies during the regeneration process, many of our European companies were faced with expensive discharge government permits and needed a cost effective alternative. Another reason for the development of the Filtersorb SP saltless anti-scale media was to address the heightened concern by European health and research agencies that through the usage of residential softeners in second and third world countries, calcium and magnesium were being removed from home water supplies and causing serious health problems due to the lack of these vital minerals and the excess of sodium in the drinking water. The Filtersorb SP3 saltlessanti-scale media developed by Watchwater. This product is a major breakthrough in the anti-scaling water treatment market for both commercial and residential applications and has proven to be a successful alternative to commercial and residential softeners.

Our Unique Manufacturing Process

WatchWater has worked closely with our customers to understand their problems, explore possible solutions, and then bring those solutions to life through our top of the line scientific and manufacturing capabilities. WatchWater manufacturing process is unique to our Filtersorb SP3 Anti-scale Media and is currently awaiting patents for its exclusive manufacturing process and advanced technological design. Our Filtersorb SP3 saltless anti-scale media is manufactured in a clean room environment and has a long manufacturing cycle which goes through multiple manufacturing processes. Currently, WatchWater Germany is at full production and has expanded into a new 60 thousand square foot state of the art facility. WatchWater has made a multi million dollar commitment to support these new facilities with the latest technologies and advanced research that will continue to increase manufacturing and ensure the utmost quality and supply control.