Our CAN 4040 RO Series is an affordable solution for applications up to 12,000 gallons per day and removes up to 98% of total dissolved solids in raw feed water.
The WGR Series Commercial Reverse Osmosis Systems remove up to 99% of the total dissolved solids (TDS) in raw commercial feedwater, producing high quality process water for applications such as boiler feed, humidification systems, drinking water, industrial processes, food and beverage processing and spot-free rinse car washes.
Our CAN LC RO system is an affordable solution for applications
up to 800 gallons per day and removes up to 98% of total dissolved solids in raw feed water.
Our 85TA Series softeners provide up to 16.6 gpm of soft water operating as a twin alternating system. They are engineered and thoroughly tested to provide years of reliable, trouble free performance with minimal maintenance.
Our 95STS series single valve softeners provide up to 44gpm of soft water. The system is engineered and thoroughly tested to provide years of reliable, trouble free performance with minimal maintenance
Our 95MTS Series softeners provide up to 308 gpm of continuous soft water.* Flow rates of up to 44 gpm per tank and the ability to control up to 8 softeners from a single controller.
*based on an eight-plex system with one tank allowed off-line for regeneration at all times.
Our 105STS series single tank softeners provide up to 66 gpm of high quality soft water. The system is engineered and thoroughly tested to provide years of reliable, trouble free performance with minimal maintenance.
Our 105MTS Series softeners provide up to 462gpm of continuous soft water.* Flow rates of up to 66 gpm per tank and the ability to control up to 8 softeners from a single contoller.
*based on eight-plex system with one tank allowed off-line for regeneration at all times.
Our CWFHF Series softeners provide up to 885gpm of soft water.* All systems are available in single, duplex, triplex, and quadplex operation.
*Based on quadplex system with one tank allowed off-line for regeneration at all times.