Production of pure and laboratory water with guarantee and tradition
The devices are used to produce purified water for the laboratory and analytical purposes. Their design reflects the newest technological approaches – reverse osmosis, ion-exchangers, mixed ion-exchangers MIX-BED, electrodeionisation. The output is a product, whose quality is incomparable with the one obtained via traditional methods e.g. heat distillation. Low production and maintenance costs represent some of the additional advantages. The water produced conforms to following standards: ISO 3696 – type I,II and III, ASTM – type I, II , III, IV, NCCLS – type I, II , III and others.
Utility
Demiwa is a series of plain devices for very pure water preparation with an output of 3-10 l/hr by reverse osmosis. The devices are produced for the destilled water preparation - demineralised water from drinking water made by reverse osmosis with conductivity below 1 µS/cm and output of 3-10 l/hr. The outlet water quality can be observed on an inbuilt conductivity gauge.
Diwa is a series for laboratory pure water preparation on the basis of reverse osmosis, suitable for common analytic use with an output of 3-15 l/hr. The devices are produced for the destilled water preparation - demineralized water from drinking water made by reverse osmosis with conductivity below 1 μS/cm and output of 3-15 l/hr. The outlet water quality can be observed on an inbuilt conductivity gauge.
Kit series of fully automatic assembly on reverse osmosis base. Max. efficiency is 3-10 l/hr. The devices are designed for very pure and ultra pure water production from drinking water by reverse osmosis with conductivity below 1 µS/cm or 15-18 MΩ/cm and producing 3-15 l/hr. Fully controlled by microprocessor system.
IWA-20-water is a demineralised water meeting the most demanding conditions for analytic purposes (18,2 MΩ/cm of minimum content TOC, etc.). Output 20-30 l/hr. The machines are designed for very pure water production with conductivity of 18,2 MΩ/cm and minimum content TOC substances, and input water is reverse-osmosis water of maximum 10 µS/cm.
EWA-20-water is a demineralised water meeting the most demanding conditions for analytic purposes (18,2 MΩ/cm, minimum content of TOC etc.) Output 20 l/hr. The machines are designed for very pure water production with conductivity of 18,2 MΩ/cm and minimum content of TOC substances, and input water is reverse-osmosis-water of maximum 30 µS/cm.
The assembly of series IWA are designed for very pure water production from drinking water by reverse osmosis with conductivity below 1 µS/cm and producing 20-100 l/hr.