Lab water quality is described in nearly as many terms as there are sources of information. Some may refer to it by standards-based types or grades, purification technique, or application. This flood of information can make it difficult to determine what’s truly required.
Using water of insufficient purity can introduce contaminants and compromise results. On the other hand, using ultrapure water where it isn’t needed increases costs, consumes excess resources and energy, and can accelerate equipment wear. Selecting the right water quality is therefore both a scientific and operational decision, shaping everything from data integrity to sustainability.
This infographic breaks down the key standards and considerations to help you choose water that supports accuracy, protects equipment, and minimizes waste.
Download the infographic to explore:
- How ASTM, ISO, and CLSI standards define and classify water purity
- How water quality classifications align with common lab applications
- The scientific and operational risks of mismatched water quality
- Opportunities to advance sustainability through smarter water use
