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ICP Webinar Series
Titration Tips and Tricks: Practical Strategies for Accurate Reproducible Results
pH and Conductivity: Hidden Factors That Influence Accuracy
Rocks to Results: ICP Sample Prep & CRM Strategies for Mining
ICP Alley Road to Pittcon 2026: Better Solutions for Optimized ICP Analysis
ICP Alley Road to Pittcon 2026: Better Solutions for Clean ICP Workflows
Advanced Trace Metal Analysis for High TDS Webinar
Webinar: Practical Guide to Running Challenging ICP Applications
Optimizing the ICP Workflow from Start to Finish
Enhancing ICP Performance: Discussing Nebulizers and Calibration
Testing for Toxicity in Pharmaceutical Products
Efficiency in ICP Analysis: Operating Parameters and Custom CRMs
Clearing the Way: ICP Washout & Spray Chamber Tactics
From Flower to Flame: Optimizing Cannabis Analysis with Microwave Digestion and ICP-OES
A Practical Guide to Troubleshooting the Most Common ICP-OES/ICP-MS Problems
Ask a Chemist
Foundations and Beyond: Exploring Considerations for Linear Calibration Curves
Is Your Method Fit for Purpose
Environmental Analysis by ICP-MS
Synopsis of ICP Washout
Heavy Metal Testing: Considerations for an ICP Analysis of the Big Four
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.