Rephile, a leading provider of lab water purification systems, offers the Direct-Pure EDI lab water system which produces Type II water from tap water directly.
Resistivity of the product water is above 5 MΩ·cm at 25 ℃, which meets or exceeds Type II water quality as defined by ASTM, CAP, CLSI and ISO 3696 / BS 3997, and also complies with the Purified Water requirements from the European and U.S. Pharmacopoeia.
Rephile, a leading provider of lab water purification systems, offers the Direct-Pure EDI lab water system which produces Type II water from tap water directly.
Resistivity of the product water is above 5 MΩ·cm at 25 ℃, which meets or exceeds Type II water quality as defined by ASTM, CAP, CLSI and ISO 3696 / BS 3997, and also complies with the Purified Water requirements from the European and U.S. Pharmacopoeia.
The Direct-Pure EDI system incorporates an Ion-Pure EDI module to deliver high quality Type II water consistently at a relatively lower cost. The fully automated control system contains pre-rinse, RO membrane fouling preventing flush, RO membrane life monitoring as well as many other programs for convenient operation. The pre-filtration system removes most particles, chlorine and organic compounds to protect RO membrane and EDI module to extend their use.
The pre-rinsing program starts automatically when a new RO membrane is installed so there is no need for users to set up additional cleaning procedures. The system is equipped with a 30-litre PE tank (upgradable to a 60-litre), a liquid level sensor and a tank vent filter with carbon dioxide scavenger to prevent air-borne contamination of the EDI water.
The water dispenser handle is 360 degree-rotatable and detachable from its support for effortless and instant dispensing with maximum flexibility.
Rephile can provide full document support to meet users’ GMP, GLP, FDA and other certification requirements.
Type II pure water can be used in many areas and typical applications are preparation of culture media and preparation of solutions for many chemical analyses.
