Chemical-Free Physical Water Treatment for Scale, Corrosion and Biofilm Management
In boilers, heat exchangers, cooling systems, and industrial water systems, calcium and magnesium minerals can crystallize and gradually form scale on pipe walls and heat-transfer surfaces. Because scale is a poor heat conductor, even a thin layer can reduce heat-transfer efficiency and increase energy consumption. According to the Industrial Technology Research Institute (ITRI), Taiwan, each additional 1 mm of scale may increase energy consumption by approximately 8%–16%.
Physical Pulse Water TreatmentThe AquaHex Pulse Descaling Processor uses physical pulse technology and can be installed on existing piping systems without adding chemical treatment agents directly into the water.
Its wide-range pulsed signals create an electromagnetic treatment environment in the water system. Through physical effects including the Lorentz Force and Hall Effect Voltage, the system influences mineral crystallization, deposition behavior, and electrochemical conditions within the piping network.
Three Key Benefits
Anti-Scale
Helps reduce hard mineral deposits on pipe walls and heat-transfer surfaces, supporting heat-transfer efficiency and reducing descaling frequency.
Anti-Rust
Helps reduce corrosion-related deposits and rust formation, supporting longer equipment and pipeline service life.
Anti-Bacterial
Helps reduce microbial attachment and biofilm buildup within water systems as a supplementary hygiene-management measure.
Industrial Applications
The AquaHex Pulse Descaling Processor is suitable for a wide range of industrial and commercial water systems, including cooling towers, heat exchangers, boilers, HVAC systems, process water systems, food factories, hotels, commercial laundries, and industrial plants. By helping reduce scale formation and corrosion-related deposits, the system supports more stable heat-transfer performance, lower energy consumption, reduced maintenance requirements, and longer equipment service life.
Reduced Scale → Maintained Heat-Transfer Efficiency → Lower Energy Consumption → Reduced Maintenance → Longer Equipment Life
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