portable water deionizer

Portable laboratory deionized water equipment is a device used to remove minerals and other impurities from tap water or drinking water to produce deionized water. These devices typically use various technologies to achieve water purification, including pretreatment, ion exchange, reverse osmosis (RO), ultraviolet sterilization, etc.Portable deionized water equipment is widely used in fields such as medicine, electronics, chemical engineering, and biophysical laboratories to meet the water quality requirements of different laboratories.

Parameter of ultra pure water system laboratory

Model	DI-15	DI-30		DI-45		DI-60
Output(25℃)*	15 liters/hour	30 liters/hour		45 liters/hour		60 liters/hour
Pure water outlet	One deionized water and one reverse osmosis water
Deionized water quality
Resistivity	15-18.2MΩ.cm
Particle(>0.1μm)	N/A	N/A		N/A		N/A
RO water quality
Ion rejection rate	96%-99% (new RO membrane)
Organic rejection rate	>99%, when MW>200 Dalton
Particles rejection rate	>99%
Feed water requirements	Tap water, temperature:5-45℃,pressure:1.0-4.0Kgf/cm2
Electrical requirements	AC110-240V, 50/60Hz
Power	55W		60W		70W		78W

Advantages of portable water deionizer

1.Easy to install and operate: Portable devices are typically designed to be easy to install and operate. Allowing users to quickly connect to a water source and start using. For example, some models of devices can collect large amounts of deionized water simply by connecting to a faucet.

2.Space saving: These devices are usually compact in size and suitable for use in limited spaces. Such as laboratory benches or fume hoods.

3.Easy maintenance: Portable devices are usually equipped with digital displays. Making it convenient for users to monitor water quality and replace consumables. In addition, some devices also have automatic flushing function, further simplifying the maintenance process.

4.Efficient Deionization Capability: Portable deionization devices can remove ion impurities from water through ion exchange resin technology. Thereby producing high-purity deionized water. This makes them very suitable for laboratory applications that require high-quality pure water.

5.Economical: Compared to large fixed equipment, portable devices have lower costs and can reduce energy consumption and operating costs due to their compact design.