UPA-30 Laboratory Ultrapure Water Machine

UPA -30 Laboratory Ultra-Pure Water Machine

Currently, the commonly used types of pure water in laboratories include distilled water, deionized water, reverse osmosis water, and ultra-pure water.

The distilled water provided by laboratory pure water equipment manufacturers is produced by evaporating raw water (tap water or well water) into a gaseous state through high-temperature heat absorption, followed by cooling and liquefaction. Although newly prepared distilled water is sterile, the storage containers are non-inert materials, so the prepared distilled water may suffer from secondary contamination due to the precipitation of container materials.

Deionized water can be produced by deionized water treatment equipment. It uses ion exchange resins to remove anions and cations from the water. Although the number of anions and cations is reduced, there are still small amounts of soluble organic matter.

The UP series reverse osmosis ultra-pure water machine can be prepared using reverse osmosis pure water equipment. Reverse osmosis water treatment technology can remove impurities such as dissolved salts, colloids, bacteria, viruses, bacterial endotoxins, and most organic matter from water. The water quality resistivity can reach 18 MΩ·cm (25°C).

Ultra-pure water can be produced by ultra-pure water equipment. Some experiments have very high requirements for water quality. The pure water quality provided by laboratory pure water equipment manufacturers, such as bacteria, endotoxins, and organic matter (TOC), needs to reach 18.2 MΩ·cm (25°C).

Provided by pure water machine manufacturers

It can completely replace traditional single-distillation, double-distillation, and triple-distillation water machines. Regular maintenance is not only an important task to improve equipment stability, accuracy, and service life but also an effective way to prevent malfunctions.

For the maintenance of laboratory pure water systems, we need to do the following:

Laboratory Ultra-Pure Water Equipment Shaoyang Xuansheng Keyi 20L Elegant Style

The purer the water used in the laboratory, the shorter its storage time. The pure water from laboratory-specific ultra-pure water equipment has strong solubility for surrounding environmental substances. Once the purified water is taken out of the system and used in the experimental process, it is easily contaminated by pollutants dissolved in containers or the air, thereby affecting experimental results. The concept of using water immediately is very important. Only by using the water immediately after preparation can contamination of ultra-pure water by the environment be avoided. Isolating the laboratory ultra-pure water system from other pollution sources is also a key factor in reducing environmental contamination.

Maintenance consumables for laboratory pure water systems need to be replaced regularly

Before the resistivity value drops below the standard range, consumables need to be replaced periodically to ensure water quality. The lifespan of consumables is cyclical. To prevent the physical or chemical degradation of consumables from affecting water quality, it is necessary to replace them regularly.

Ultra-Pure Water Machine Maintenance Outlet Management

When using an ultra-pure water machine, it is necessary to shorten the storage time of water in the tank and keep the water inlet clean.

The Importance of Continuous System Operation

Laboratory Grade Water Distilled Water Deionized Water Ultra-Pure Water Machine 30L UPA Model

Long-term storage of pure water in Xuansheng Keyi brand ultra-pure water machines will lead to water quality deterioration. Creating a highly consistent and stable water production environment is essential. Therefore, it is not recommended to stop the operation of the laboratory ultra-pure water system for extended periods.

Through the above methods, the performance of the laboratory pure water system can be ensured, achieving the expected results. Regular maintenance plays a crucial role. It not only extends the service life of the equipment but also helps enterprises save production costs, achieving a win-win situation.

Applications of Laboratory Ultra-Pure Water Machines in Chemical Experiments and Energy:

Used for research in basic experimental cleaning water and high-precision analytical experimental water.