Process Applications
Most industrial process applications are dependent on quantities of de-ionized water or steam. Uses can include heating facilities, sanitizing equipment and buildings, and cooking materials, among many others. When using hot water for these processes, de-ionized water is most common as it contains as little contaminants as possible and won’t leave harmful residues (read more: circuitry). De-ionized water has challenges, however, as it tends to cause pitting in weaker metal alloys.
Our modulating stainless steel hot water boilers have 316/316L stainless steel heat exchangers, which deliver water without adulterating its content. De-ionized water does not pose a hazard to the exposed 316/316L surfaces, allowing the boiler to have a long life span with regular maintenance. No matter what your process application; our boilers and hot water heaters can supply your needs economically and efficiently.
Most industrial process applications are dependent on quantities of de-ionized water or steam. Uses can include heating facilities, sanitizing equipment and buildings, and cooking materials, among many others. When using hot water for these processes, de-ionized water is most common as it contains as little contaminants as possible and won’t leave harmful residues (read more: circuitry). De-ionized water has challenges, however, as it tends to cause pitting in weaker metal alloys.
Process Applications
Our modulating stainless steel hot water boilers have 316/316L stainless steel heat exchangers, which deliver water without adulterating its content. De-ionized water does not pose a hazard to the exposed 316/316L surfaces, allowing the boiler to have a long life span with regular maintenance. No matter what your process application; our boilers and hot water heaters can supply your needs economically and efficiently.