Send us a text

Struggling with washout issues in your ICP analyses? This episode is packed with solutions. We break down why certain elements stick around longer, the best rinse solutions for different challenges, and how to optimize your setup for cleaner results. From tackling HF elements and nitric-sensitive analytes to tips for using ICP TrueRinse, we cover it all. Whether you’re fine-tuning your methods or troubleshooting sticky elements, this episode is your guide to eliminating carryover and boosting accuracy in your lab.

Send us a text

This episode focuses on the rare and fascinating element ruthenium and osmium, two members of the platinum group metals. Learn the best methods for dissolving these challenging metals using fusion techniques, how to prevent the formation of volatile tetroxides, and key strategies for maintaining stability in solution. We also explore testing considerations for ICP-OES and ICP-MS, including managing interferences and ensuring accurate results in trace analysis.

Learn more about our sample prep guides.

Send us a text

Iron is one of the most common and challenging elements to handle in the lab, both as a key analyte and as a potential contaminant. In this episode, we tackle the nuances of working with iron in the lab. From avoiding contamination in your tools and reagents to selecting the right acid combinations for dissolving metals, alloys, and oxides, we cover it all. Discover how to maintain stability in solution and manage the spectral complexity iron brings to both ICP-OES and ICP-MS.

Learn more about our sample prep guides.

Send us a text

In this episode, we explore the rare yet versatile element rhenium, used in high-temperature applications like turbine blades and jet engines. Learn how to effectively prepare rhenium samples, including best practices for dissolving metals and handling oxides through fusion techniques. We also cover tips for testing on ICP-OES and ICP-MS, with insights on avoiding interferences from rare earth elements and osmium.

Learn more about our sample prep guides.

Send us a text

This episode focuses on manganese, an essential but often overlooked element in sample preparation and ICP analysis. Learn how manganese behaves in various matrices, from metals and alloys to oxides and organics, and discover tips for avoiding contamination during sample prep. We explore effective dissolution techniques using nitric and hydrochloric acids, strategies to stabilize manganese in solution, and how to manage interferences in ICP-OES and ICP-MS testing.

Learn more about our sample prep guides.

Send us a text

This episode explores the challenges and solutions for working with tungsten in sample preparation and ICP analysis. Learn effective techniques for dissolving tungsten metals, alloys, and oxides, including the critical role of HF for stability. We also cover tips for avoiding hydrolysis and preventing tungsten trioxide formation. On the testing side, discover how to manage spectral interferences in ICP-OES and ICP-MS, along with strategies for addressing tungsten's notorious carryover issues.

Learn more about our sample prep guides.

Send us a text

This episode unpacks the complexities of preparing and analyzing molybdenum samples across various matrices. From metals and alloys to refractory oxides and biological samples, we explore effective methods for dissolution and stability. Learn about molybdenum’s unique behavior, such as its compatibility with ammonium hydroxide matrices and its interactions with HF. Discover tips for avoiding interferences in ICP-OES and ICP-MS testing, including dealing with complex oxide and chloride interferences.

Learn more about our sample prep guides.

Send us a text

This episode dives into the challenges and nuances of preparing and analyzing chromium samples. From understanding the differences between chromium’s oxidation states to effective methods for dissolving metals, oxides, and ores, we cover it all. Learn why chromium resists corrosion, how to avoid refractory oxides in organic matrices, and tips for testing Cr using alternative techniques like ion chromatography and UV-Vis. Whether you’re tackling sample prep or troubleshooting interferences in ICP analysis, this episode is packed with practical insights to ensure accuracy and reliability in your results.

Learn more about our sample prep guides.