Ultrapure water system is sub-economic choice for high grade experiments. This level of purification is required for advanced analytical techniques, such as HPLC, and is commonly used for semi-conductor manufacturing.
Feed Water Requirements* Water Inlet : Tap water: TDS<200 ppm (Extra pretreatment filter is recommended, if TDS>200 ppm) Temperature : 5-45°C Pressure : 1.0-4.0 Kgf/cm² Flow Procedure** : PF+AC+RO+AC+DI+UF+TF Ion rejection rate : 96%-99% (New RO membrane) Organic rejection rate : >99%, when MW>200 Dalton Particles and bacteria rejection rate : >99% Bacteria : <0.1 cfu/ml Output(25°C)**** : 63 L/hr Pure water outlet : RO water and Ultrapure water Standard configuration : Main body (Including 1 set of cartridges)+ 2 built-in15 liters tank +accessory bag Power Consumption (W) : 120 W Power Supply : AC110-220 V, 50/60 Hz Note : *The feed water quality will influence the pure waters quality and cartridges life-span.**PF:polypropylene spun fiber, AC:active carbon, RO:reverse osmosis, DI:ion exchange, UV:ultraviolet, UF:ultrafiltration, TF:terminal microfiltration. ***Value of number will be influenced by temperature and feed water quality. ****All the specifications are tested under the situation:feed waters TDS=200ppm, 25°C, 50psi and 15% recovery rate. Deionized water quality Particle(>0.2µm) : <1/ml Ultrapure Water Quality Resistivity(25°C) : 18.2 MΩ.cm Heavy Metal Ion : <0.1 ppb TOC*** : <10 ppb Particle (>0.2µm) : <1/ml Endotoxin : <0.001 EU/ml Rnases : <0.01 ng/ml Dnases : <4pg/µl Water Quality Monitor : - DimensionLxWxH : 640x540x1110 mm Weight : 70 kg
Ultrapure water system is sub-economic choice for high grade experiments. This level of purification is required for advanced analytical techniques, such as HPLC, and is commonly used for semi-conductor manufacturing.
Ultrapure water system is sub-economic choice for high grade experiments. This level of purification is required for advanced analytical techniques, such as HPLC, and is commonly used for semi-conductor manufacturing.
Ultrapure water system is sub-economic choice for high grade experiments. This level of purification is required for advanced analytical techniques, such as HPLC, and is commonly used for semi-conductor manufacturing.