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RephiLe Lab Water Systems Now Feature Mercury-Free UV Lamps
In many laboratories today, high-quality ultrapure water purification systems are standard equipment, essential for ensuring the accuracy and reproducibility of experiments. Within the ultrapure water purification process, UV lamps are widely regarded as vital “silent guardians.”
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RephiLe water systems with TOC monitoring
In the laboratory pure water industry, high-end pure water systems often come equipped with TOC (Total Organic Carbon) detection to monitor and control organic contamination levels and ensure that the quality of the pure water meets relevant standards.
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Lab Water System Selection Guide (By Water type and Production rate)
Laboratory purified water is regarded as one of the most important laboratory reagents for laboratory or pilot research, and lab water purification systems are used in a wide range of applications in almost every field, where experiments require purified water to ensure accurate results. In order to choose the right water purification system to match…
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Lab Water System Selection Guide (By Application)
Lab water systems are designed to offer a range of options to meet the diverse needs of different laboratory applications. It’s important to choose the appropriate type of lab water to ensure accurate and reliable results in experiments while avoiding potential interference from impurities. The following selection guide can help you find the right system…
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Which water purification systems can be selected for cell culture？
Based on years of experience from both our experts and clients, ultrapure water produced by RephiLe Genie G and Genie PURIST water purification systems can satisfy the water needs for cell culture without raising any significant problems. The general production of ultrapure water can be generated into four main steps: pre-treatment, polishing, storage and distribution,…
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Water for Cell Culture | what type of water should be used for cell culture?
Water is extensively used in the key procedures of cell culture process. It is mainly used as a solvent in the preparation of buffers and media, other roles including the dissolution of additives and drugs, rinsing of bioreactors, plastic ware and glassware, etc… Contaminants in water may influence the growth, morphology as well as behavior…
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What type of ultrapure water should I use for HPLC (UHPLC) analysis?
As “HPLC-grade water” gradually becomes a household word throughout the scientific industry, the importance of ultrapure water in HPLC and UHPLC analysis is no longer a new topic. Achieving reliable and reproducible results is an eternal pursuit for all scientists, so RephiLe is willing to spare no effort to emphasize how to select a proper…
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Who is the “key man” in an ultrapure water purification system?
An integrated ultrapure water purification system, such as Genie G, contains multiple purification technologies. In order to provide consistent and stable ultrapure water quality, a powerful ultrapure cartridge is essential among the “final polishing” step of ultrapure water production. When speaking of ultrapure water, most customers will think of two important concepts: resistivity and TOC…
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What should I do when my lab is flooding? How can I prevent water leakage?
A flood in a lab? Yes, it does happen when a certain of lab equipment, such as water purification system, is broken unexpectedly, especially in wet labs! And floods in the laboratory are costly and can cause serious damage, disruption, and even personal injury. Thus, avoiding laboratory from flooded is a must do. Today, let…
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What is Electrodeionization (EDI)? How does Electrondeionizaton work?
What is EDI Technology? EDI technology has grown in popularity in water purification industry. It effectively removes impurities from water using a unique combination of semi-permeable membranes, ion exchange resins and a direct electric field. The ion exchange resins are continuously regenerated without the need of cleaning chemicals. To understand how the EDI purification technology…
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