
Clean agents and engineered fluids often operate behind the scenes. But their impact is front and center when reliability is tested.
One of the strongest themes in Episode 2 of The Splashcast is the role of purity, not as a marketing point, but as an engineering requirement.
Purity Is an Engineering Variable, Not a Checkbox in Applications Involving:
- Fire suppression
- Immersion cooling
- Precision cleaning
- Electronics protection
- Medical device processing
…where the smallest deviation in impurity content can alter compatibility, corrosion resistance, or thermal performance. Even fractions of a percent matter.
This is why Standard Fluids performs 100% batch testing, not selective sampling.
Key Takeaways
- Purity is an engineering variable with direct performance implications.
- Standard Fluids conducts 100% batch testing—far above industry norms.
- COAs validate every critical quality attribute, ensuring field reliability.
- Being a smaller company allows for tighter controls and faster support.
- Customers gain brand protection through consistent quality and transparency.
Why the Certificate of Analysis (COA) Is a Reliability Document
A COA is the engineering backbone that confirms:
- Moisture control
- Acidity range
- Non-volatile residue
- Toxicity indicators
- Impurity thresholds
- Confirmed match to field-tested chemistry
In sectors where one malfunction can halt operations, COAs are part of brand protection.
Small Company, Higher Standards
Standard Fluids’ size is a strength, not a limitation. Smaller scale means:
- Faster refinement
- Closer process oversight
- Ability to exceed former thresholds
- Direct access to the scientists behind the formulation
- Shorter decision paths and faster support
The COA practices maintained today are not only consistent with legacy standards. They are often more stringent.
This is how Standard Fluids ensures operational certainty for customers navigating complex or high-risk applications.
Put our team to work for you! Contact us today: https://standardfluids.com/contact/

