ICP Webinar Series
From Flower to Flame: Optimizing Cannabis Analysis with Microwave Digestion and ICP-OES
Ask a Chemist
A Practical Guide to Troubleshooting the Most Common ICP-OES/ICP-MS Problems
Foundations and Beyond: Exploring Considerations for Linear Calibration Curves
Operation Analysis: Uncovering the Mysteries of Discrete Analyzer Reagents.
No More Tears Over Trace Elements: How Our PCRMs Keep Os, Ir, and Ru in Line
Analyzing Zeolites: A Silicon Demonstration
Is Your Method Fit for Purpose
Quick Tips for Mercury and Tin
Considerations for Sample Preparations and Working Solutions
Environmental Analysis by ICP-MS
Utilizing Interference Tables for Complex ICP-OES Methods
Synopsis of ICP Washout
Heavy Metal Testing: Considerations for an ICP Analysis of the Big Four
Custom Analysis by Radial Axial ICP-OES: How to Reduce Interferences for 69 Elements
Aggravations in the lab: Solving Troubles with Tin and Mercury
Improving ICP Calibration: A Troubleshooting Session
Washout Considerations for ICP Analyses
What is Transpiration?
After 20 years of data gathering and careful research, we are proud to unveil Transpiration Control Technology (TCT), a new packaging system that drastically extends the shelf life of our standard CRMs.
With TCT, concerns about shipping or storage conditions are eliminated, as transpiration is no longer an issue, which saves you money and simplifies research by removing the need to constantly inventory and restock CRMs.
What is Transpiration?
Why is transpiration problematic?
How TCT Works
How do you benefit from TCT?
TCT Demonstration
Quality Control with TCT
Ask A Chemist
Watch technical videos pertaining to some of the most common questions in our Ask A Chemist video series. You can see all of our Ask A Chemist videos on YouTube.
Introducing Ready To Use Discrete Analyzer ReAgents
How It's Made: Custom CRM Edition
Importance of Clean Eluents
What does Inorganic Ventures do?
USP 232 - Some Basic Information
Dealing with HF - UniSolv may be a viable alternative for you.
Considerations when analyzing Hg by ICP-OES or ICP-MS
Autosampler tube contamination.
Why IV waited until now to introduce the new 30mL bottle size.
Bloopers
Why is Nitric Acid such a popular matrix?
What problems do you avoid by using Nitric Acid?
What about element and matrix compatibility with respect
to Nitric Acid and HF?
What about Nitric Acid, Hydrofluoric Acid and Osmium issues?