6 min read
OEM Filter Design Considerations
After interviewing Bailey Rau, Product Development and Manufacturing Engineer at ResinTech, about designing water filters we prioritize some...
Lab Systems
5 min read
The Diameter-Length Tradeoffs of Filter Design
If you're working with ion exchange resin filters, you've probably wrestled with the age-old question: should I go wider or longer? I've seen...
4 min read
Ultrapure Water Standards: The Foundation of Reliable Lab Results
Ultrapure lab water (UPW) is like a lab's clean room, but in liquid form. At 18 MΩ-cm resistivity, Type I water isn't just "really clean"—it's so...
3 min read
Ultrapure Water Systems: Why 18.0 MΩ·cm Doesn’t Tell the Whole Story
Ultrapure water systems are essential in labs performing high-precision work such as HPLC, molecular biology, and clinical diagnostics. These systems...
3 min read
How Ultrapure Water Quality Directly Impacts Baseline Noise in Analytical Chemistry
When you're running HPLC, LC-MS, or ICP-MS analyses, that annoying baseline noise isn't just a technical annoyance—it's stealing your detection...
4 min read
Lab Water System Maintenance: The Hidden Cost of Cutting Corners
Your lab water system might be sabotaging your research without you knowing it. Here's why standard monitoring isn't enough and what happens when...
5 min read
LC-MS Water Contamination: The Hidden Threat to Your Analytical Results
Your LC-MS system is calibrated perfectly between your set up and check standards. Your columns are fresh. You are running validated methods. Yet...
3 min read
How Ultrapure Water Eliminates Ghost Peaks in Analytical Chemistry
The Hidden Enemy in Your Chromatograms Ghost peaks are the analytical chemist's nightmare. They appear where they shouldn't. They make your data...
3 min read
Analytical Chemistry, The Unseen Pitfalls from Ultrapure Water Contamination
Your HPLC system is calibrated perfectly. Your columns are fresh. Your mobile phase is prepared with precision. Yet your results are inconsistent,...