How to Get Accurate & Reliable Data from HPLC using Ultrapure Water

A brief primer for scientists in life science, pharmaceutical and clinical labs

“90% of all difficulties with HPLC are caused by column problems, most of which come from contaminated water”
Discover how to get the best data from HPLC using ultrapure water

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As a scientist, getting reliable, accurate, and consistent data from your HPLC instrumentation is critical. Unreliable HPLC data means wasted time and effort on your part.

It has been estimated that most difficulties with HPLC are a result of column problems due to poor quality lab water. Water that’s not purified to the highest standards can lead to ghost peaks, blocked chromatography columns, poor separations, and more.

This means you need to adopt the highest standards when it comes to your lab reagents – high purity is essential.

 

Avoid Problems with Water Contamination and HPLC Performance

In our FREE primer, we illustrate the problems with water contamination and how these contaminants affect HPLC performance. You’ll also learn why using “ultrapure” water is crucial for getting the best data.  

If you're responsible for maintaining your HPLC instrumentation and making sure your data is reliable, then using ultrapure water is one of the most important decisions you’ll make. The right reagents will support you and your work for years to come, allowing you to produce quality data. On the other hand, poor quality water will hinder your lab efforts, and undermine your reputation.

You'll Discover:

  • Why Water is A Critical Laboratory Reagent for HPLC 
  • The Risks To Your Work of Poor Water Quality
  • The types of water contamination and how they affect HPLC results
  • How Ultrapure Water Helps You Maximise HPLC Results
  • Bottled HPLC water versus an in-house purification system
  • The next steps to take to ensure you have a reliable ultrapure water source for your HPLC