100l hour laboratory water deionizer system

Brand Name:CHUNKE

Model Number:CK-RO

Place of Origin:China

... uses advanced RO reverse osmosis process to prepare pure water, the ion removal rate in water is 99.7%, the effluent conductivity can reach below 3us/cm, and the A1 series design water production is Three specifications per hour, such as 100L, 200L, and

Brand Name:Net Creation

Model Number:JC-6T60

Place of Origin:China

...Water System, Produces 6 Tons Of Water Per Hour... This equipment is a DI (deionized) ultrapure water system. Its main features and parameters are as follows: 1. Water production capacity: It can produce 6 tons (6000 liters/hour) of ultrapure water per hour. This high-yield system is suitable for industrial applications that require a large amount of ultrapure water, such as semiconductor manufacturing, pharmaceuticals, laboratory

Brand Name:BonninTech

Model Number:Smart-Q

Place of Origin:Wuhan, China

...Water Inlet Deionized RO Water Purification System Smart-Q15UT The economical choice of pure water for daily laboratory analysis, the water output is 15-30 liters per hour, the resistivity is 15-18.2MΩ.cm, which is better than the GB/T6682-2008 first-class water standard, and meets the vast majority of chemical and biological experiments. water...

Brand Name:Hongjie

Model Number:HJ-UP1T

Place of Origin:Shenzhen,China

...Hour Ultra-Filtration System With EDI For Industrial & Lab Water Treatment I.Product concept The EDI (continuous electro-deionization) module is cleverly integrated after the reverse osmosis system as an advanced alternative to traditional mixed-bed ion exchange (MB-DI). This innovative process continuously delivers highly stable ultrapure water, meeting the stringent demands of modern industry and laboratories...

Brand Name:Okay Energy

Model Number:OK-EP40

Place of Origin:Hunan,China

Analytical Type Laboratory Ultra-Pure Water Treatment Machine With Flow Rate 10-60L Per Hour Product Description Ultra-pure water is the water produced by distillation, deionization, reverse osmosis or other appropriate supercritical fine technologies for ...