Ultrapure Water System Laboratory Industrial Deionized Water Treatment Equipment

• Customization: Available
• Certification: CE
• Salt Rejection Rate: 99.5%
• Model NO.: OKW60
• Product Name: Ultrapure Water Machine
• Water Inlet Pressure: 0.1-0.4MPa
• Product Specifications: 60L
• Water Output: 60L/H
• Water Quality: Resistivity>15mq
• Desalination Rate: 99.99%
• Applicable Industries: Hospitals, Laboratories
• Trademark: Okay Energy
• Origin: Made in China
• Production Capacity: 500

Product Description

ultrapure water system laboratory industrial deionized water treatment equipment


Specification:

Product name	Ultrapure water machine
Inlet pressure	0.1-0.4MPA
Water output	60L
Outlet water quality	resistivity>15MQ.CM@25ºC
Desalination rate	99.99%

The working principle of the ultrapure water machine is that the tap water is pre-treated by the precision filter element and
the activated carbon filter element, filtering the particles such as mud and sand and absorbing the odor, so that the tap water
becomes cleaner, and then the water quality is purified and desalted by the reverse osmosis device. The purified water enters
the water storage tank for storage, and its water quality can reach the national third-level water standard. At the same time, the
wastewater produced by the reverse osmosis device is discharged. The reverse osmosis pure water is deeply desalted through
the purification column to obtain first-level water or ultrapure water. If the user has special requirements, ultraviolet sterilization/or
microfiltration, ultrafiltration and other devices are added after the ultrapure water to remove the residual particles, heat sources,
etc. in the water. Precision filter element, activated carbon filter element, reverse osmosis membrane, purification column are all
materials with relatively long life. Precision filter element and activated carbon filter element are actually the protection of reverse osmosis membrane. If they fail, the load of reverse osmosis membrane will increase and the life will be shortened. If the machine continues to be turned on, the quality of the pure water produced will decrease, which will increase the burden of the purification column,and the life of the purification column will be shortened. The result is an increase in the cost of using the ultrapure water machine.

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