Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
1～8 item / All 8 items
Liquid particle counter 0.04 μm, monitoring particle contamination in ultra-pure water.
Inline installation for the ultrapure water plant supply 24-hour monitoring Monitoring particles in the ultrapure water supplied to the process line Domestic manufacturing and domestic maintenance - Trusted Rion products!
Purified Water & Mineral Water Vending Machine: WF Series
The WF series provided by Aqua Technology is a vending machine for pure water and mineral water that can simultaneously offer four types of drinking water with different mineral compositions. As a result, it is possible to target and retain a large number of customers compared to conventional machines. Additionally, it supports sales and provision methods using coins and magnetic cards, allowing for options such as "free pure water" and "paid mineral water." Various provision methods can be set up, such as offering free service to members with a membership card (magnetic card) and charging non-members.
It is used for battery electrolyte, metal cleaning solutions, and equipment cleaning solutions.
【Category】 Chemical products, Electronics & Metals, Food, Medical & Hygiene 【Features】 ■ Conductivity of 1.5μS/cm or less *For more details, please download the PDF or feel free to contact us.
Why is pure water "zero impurities"? An explanation of how purity is measured using resistivity!
■What is the difference between pure water and tap water? Tap water contains minerals such as calcium and magnesium, chlorine for disinfection, and aluminum used in the purification process. On the other hand, pure water is water from which such impurities (ions and foreign substances) have been removed, and it is theoretically considered safe to drink as it does not contain harmful substances for the human body. ■How is the purity of pure water measured? The purity of water is generally measured by its "specific resistivity," which indicates how difficult it is for electricity to pass through. The fewer ions present in the water, the harder it is for electricity to pass through, so a higher specific resistivity indicates higher purity. Generally, water with a specific resistivity of 18.2 MΩ·cm or more is called "ultrapure water," while water with 0.2 MΩ·cm or more is referred to as "pure water." ■Is it really safe to drink pure water? Some experts point out that because pure water lacks impurities, it has a strong ability to dissolve surrounding substances, which could potentially leach minerals that the body retains. While this is not a medically established theory, it is good to be aware that such views exist.
Pure water is active from boilers to scientific experiments! Here’s an explanation of why it is chosen!
■What is pure water used for? Pure water is utilized in a wide range of applications, taking advantage of its low impurity characteristics, not only as experimental water in the fields of physics and chemistry but also in the production of boiler water and drinking water. ■Why is pure water suitable for boiler water? Calcium carbonate has the property of becoming less soluble as temperature increases, which causes scale buildup in boilers. Since pure water has impurities like calcium removed in advance, this phenomenon is less likely to occur, making scale residue less common. ■Why is pure water used in physical and chemical experiments? Pure water has the characteristic of being able to dissolve substances effectively due to the absence of impurities. Thanks to this property, it is easy to handle reagents and samples accurately, and the presence of extra components is less likely to affect the results, making it widely chosen as water for physical and chemical experiments.
Pure water easily available at necessary sites for purposes such as experimental water, analytical water, cleaning water, and manufacturing process water!
■ Easily obtain pure water by simply connecting to pressure piping such as faucets. ■ A variety of optional products, including housings and filters, are also available. ■ We also accept the exchange and regeneration of used ion exchange resin. For more details, please contact us or download the catalog.
Domestic product! High-quality water processed by distillation, ion exchange, and filtration, and autoclaved.
"Water, Nuclease free" is a product that contains water dispensed in 1mL portions, commonly used for dissolving and storing nucleic acids, as well as in PCR experiments. It comes in pre-packaged small portions that make it easy to use, reducing the risk of contamination from DNase, RNase, and other sources during use. It is autoclaved and nuclease-free, allowing for safe usage. 【Features】 ■ Autoclaved, DNase/RNase free ■ Dispensed in a clean room ■ Safe for use in PCR and for dissolving/storing nucleic acids ■ Convenient 1mL packaging ■ Manufactured in Japan *For more details, please refer to the related links or feel free to contact us.
Pure water has a theoretical pH of 7, but in reality, it can vary slightly? A simple explanation of the chemistry of water!
■Why is the pH of pure water theoretically "7"? Pure water does not contain substances that can be classified as either acidic or alkaline. Water naturally ionizes very slightly, resulting in hydrogen ions that indicate acidity and hydroxide ions that indicate alkalinity being present in equal concentrations, which makes it neutral, or pH 7. ■Why does actual water deviate from pH 7? When substances that indicate acidity or alkalinity dissolve in water, that water will show acidic or alkaline properties. It is known that even pure water, which should theoretically have a pH of 7, becomes slightly acidic when it absorbs carbon dioxide from the air, resulting in a pH of about 5.6. ■How should pure water be handled to remain stable? As mentioned, pure water has a tendency to be influenced by its surrounding environment. When accurate pH values are needed for analysis or experiments, it is important to handle it carefully, such as minimizing exposure to air.
