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Deionized Water System NDWS-100
Deionized Water System NDWS-100 is a specialized apparatus engineered to purify water with an output capacity of 20 L/h. This system employs advanced technologies to remove ions and impurities from water, ensuring a high level of purity. C-IEM Reverse osmosis obtains ultrapure water that ensures accurate and reliable experimental results.
| Output | 20 L/h | ||||||||
| Deionized Water Quality |
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| Working temperature | 10 to 35 ℃ | ||||||||
| Tap water quality | TDS < 200 ppm | ||||||||
| Humidity | 30% to 85% | ||||||||
| Water tank storage | 10 L | ||||||||
| Water tank material | 304 stainless steel | ||||||||
| Conductivity | < 10 μs/cm | ||||||||
| Resistivity | ˃ 17 MΩ | ||||||||
| Power supply | 220 V (± 10%), 50 Hz (± 1) | ||||||||
| Tank dimension | 565 × 248 × 450 mm |
Deionized Water System is widely used in chemical or biological experiments to obtain deionized and RO water across Healthcare, Food & Beverage and Biochemistry microanalysis etc.
| Process | Single Pass RO system |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 5 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Double Pass RO System |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 5 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Single Pass RO system |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Double Pass RO System |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Single Pass RO system |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Double Pass RO System |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Single Pass RO system |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Double Pass RO System |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Single Pass RO system |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Double Pass RO System |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Single Pass RO system |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Double Pass RO System |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Single Pass RO system |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Process | Double Pass RO System |
| Feed Water | Tap Water / Distilled Water |
| Output of Pure Water | > 10 L/ h |
| Output of Ultrapure Water | > 1-1.5 L/ min |
| Temperature | 5 ℃ to 40 ℃ |
| Humidity | 10 % to 80 % |
| Feed Water | Distilled water |
| Dispensing Pump Flow Rate | 1 to 12 L/min |
