Everpure EZ-RO 200 Reverse Osmosis RO System
The Everpure EZ-RO 200 Reverse Osmosis System meets espresso, coffee, and tea equipment and customer water quality standards, while significantly reducing scale and corrosion problems due to high TDS, water hardness, and chlorides in your water. A precision stainless steel blend valve and a built-in TDS meter allow customized TDS for optimum extraction and taste profile for espresso, coffee and tea. The EZ-RO System includes a Proprietary Fibredyne II filtration media which effectively inhibits growth of bacteria on the filter media that can decrease the product’s life. This system also helps to reduce sediment and chlorine to help protect the RO membrane.
The Everpure EZ-RO 200 Reverse Osmosis System meets espresso, coffee, and tea equipment and customer water quality standards, while significantly reducing scale and corrosion problems due to high TDS, water hardness, and chlorides in your water. A precision stainless steel blend valve and a built-in TDS meter allow customized TDS for optimum extraction and taste profile for espresso, coffee and tea. The EZ-RO System includes a Proprietary Fibredyne II filtration media which effectively inhibits growth of bacteria on the filter media that can decrease the product’s life. This system also helps to reduce sediment and chlorine to help protect the RO membrane.
Description
The Everpure EZ-RO 200 Reverse Osmosis System meets espresso, coffee, and tea equipment and customer water quality standards, while significantly reducing scale and corrosion problems due to high TDS, water hardness, and chlorides in your water. A precision stainless steel blend valve and a built-in TDS meter allow customized TDS for optimum extraction and taste profile for espresso, coffee and tea. The EZ-RO System includes a Proprietary Fibredyne II filtration media which effectively inhibits growth of bacteria on the filter media that can decrease the product’s life. This system also helps to reduce sediment and chlorine to help protect the RO membrane.
