Here at ARMI | MBH we have been busy looking through data and certifying new material. I am proud to announce the release of 5 new Stainless Steel CRMs this month. (click on the links in the names of each part to see the certificates of analysis.)
Here at ARMI | MBH we have been busy looking through data and certifying new material. I am proud to announce the release of 5 new copper based CRMs this month. (click on the links in the names of each part to see the certificates of analysis.)
Here at ARMI | MBH we have been busy looking through data and certifying new material. I am proud to announce the release of 4 new Steel CRMs this month. (click on the links in the names of each part to see the certificates of analysis.)
I am happy to announce the release of our 2018 catalog. In the past year we have added over 90 new products to our portfolio of certified reference materials as well as increased our line of sample preparation equipment for XRF, OE and ICP.
Developing new reference materials can be a time consuming process often requiring several years to complete. This means that reference material development typically lags well behind the introduction new metal alloys created to meet the needs of increasingly demanding industrial applications. This disparity creates a problem for chemists working with analytical methods such as XRF, ICP and OE, as these are comparative techniques and require reference materials to calibrate and validate.
ARMI is pleased to announce the release of 7 new products that cover 5 steel alloy grades.
The use of an Internal Standard (IS) can significantly improve both the accuracy and precision of your ICP-OES analytical results. This post addresses: how internal standards work, how to select an appropriate IS element, and how this methodology can be easily incorporated into your lab’s analytical procedures.
XRF or X-Ray Fluorescence spectrometry is an elegant chemical analysis technique used frequently in many industries for quality control of materials and R&D. Despite its widespread use in industry, it is an analytical technique rarely encountered by students in colleges and universities, especially in the United States. The rare exceptions to this are the geology departments in a few institutions where the technique is still used for geochemical studies.
XRF or X-Ray Fluorescence spectrometry is an elegant chemical analysis technique used frequently in many industries for quality control of materials and R&D. Despite its widespread use in industry, it is an analytical technique rarely encountered by students in colleges and universities, especially in the United States. The rare exceptions to this are the geology departments in a few institutions where the technique is still used for geochemical studies.