August 2020 – New Tool Steel, Cu and Al Alloy CRMs

Our partners ARMI | MBH team has continued their work to develop new products to ensure that we can provide the products you need for your analytical testing.. I am proud to announce the release of 5 new CRMs across a variety of base alloys for our industrials portfolio. included in this are two tool steels, two copper based alloys, and one aluminum alloy. If you want to learn more about any one of products listed you can simply click on the links to view the certificate of analysis.

ARMI is well known for its wide variety of non-ferrous alloys. This week we are proud to continue this tradition with the release of two copper based alloys, a Monel 450 and a CDA 647.

The Monel 450 ( IARM-Cu715-20) copper-nickel alloy is known for its superior corrosion resistance, especially in seawater. Typical uses for this alloy include seawater condenser, saltwater piping and other distiller/condenser parts which benefit from the corrosion resistance inherent in this alloy. Our CRM is certified for 12 elements, including Cu, Fe, Mn, Ni and P, which all fall within range for the typical composition. Informational values are also included for an additional 19 elements.

Silicon Bronze, modified CDA647 (IARM-Cu647-18) is the second new copper alloy which is a new alloy type for our portfolio. This type of alloy is typically used for applications such as brazing or welding rods, as well as welding electrodes and also for fasteners. It has moderate strength and is good for corrosion resistance. Our CRM is certified for Ni, Si, Al, Fe, Mg, Mn, Zn and Zr. Informational values for an additional 22 trace elements plus Cu, are also listed.

Our new tool steels include AISI S-7 and M-2 grades. The S-7, (IARM-FES7-18) is typical of the grade, which is known for good resistance to high impact and shock loading. Our S7 grade is certified for 22 elements, including those used for the composition definition, C, Mn, Si, Cr and Mo. In addition to the 22 certified elements, reference values are provided for an additional 9 elements, making this CRM easily adaptable for many different steel analysis applications.

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The M2 grade, (IARM-FeM2-18) is a high speed tool steel. This W-Mo high speed steel grade has a relatively high C content, and good wear resistance. The new CRM for ARMI | MBH is perfectly in range for all elements in the compositional definition. The certified values include the grade definition elements of C, Mn, Si, W, Mo, Cr, V, Ni and S and also include certified values for an additional 11 elements, plus reference values for 12 more trace elements.

Our final new CRM is an Aluminum alloy for our MBH product portfolio is MBH-55X G04H8 K. This Al foundry casting alloy is an AA A319.0 type alloy, which generally has good casting and machining capabilities. Our CRM has certified values for 16 elements, including Cu=3.56%; Si=5.48%, Zn=1.07% and Fe=0.58%.

All of these new materials are available as either disks for OES/XRF analysis, or as chipped material for ease of digestion for analysis using ICP. You can measure the difference with ARMI | MBH CRMs!

For inquiries and Quote please CLICK HERE

 

Written by: Kim Halkiotis – ARMI MBH (www.armi.com)

HOW TO STREAMLINE SAMPLE PREPARATION FOR XRF

Sample tracking may not be the most exciting part of XRF workflows, but it’s one of the most vital.

The importance of XRF sample tracking

If you’re an XRF specialist, you’ll know there are many things that determine whether or not your sample fuses nicely to give a homogenous glass disk with the correct composition. These include sample particle size and degree of oxidation, flux purity and relative quantity, fusion temperature, and use of high-quality platinumware.

With so many factors at play, it’s vital to be able to identify reasons why a particular sample has failed to give a good result. Of course, this relies on knowing which disk came from which sample, and logging the success or failure of the fusion process. Up to now, this logging has always been manual – something that is easy enough on a small scale, but not if you’re running 500 samples a day.

It’s not always obvious why sample fusion for XRF succeeds or fails, and troubleshooting any difficulties depends critically on keeping track of samples – which is where our new software option comes in

In fact, it was precisely this need to handle high-throughput workflows that, back in 2018, spurred one of our larger customers to ask me if a sample-tracking option could be incorporated into our XRF sample preparation platforms.

The result (thanks to my Product team here at Malvern Panalytical) is a new ‘sample monitoring’ software option for our Claisse TheOx Advanced sample fusion system. It’s simple, it’s easy to use, and we think it will go a long way to improving workflows in labs running large numbers of samples.

Better sample tracking, easier troubleshooting

So what’s in the new software release for TheOx Advanced? We’ve added four main features to the existing user-friendly interface, which mean that you can now:

  • Associate a sample id with each fusion position – either manually, or using a plug-in barcode reader.
  • Mark a particular sample as having succeeded or failed.
  • Control the instrument remotely.
  • Send sample data directly to your LIMS system.
The user interface in the new software release for TheOx Advanced has additional features that enhance sample tracking and troubleshooting… but in all other aspects, it maintains the familiar appearance and existing easy-to-use functionality

The biggest benefit from these new features is eliminating the risk of losing track of your samples: I know for sure that a couple of our larger customers will be wanting to implement this feature straight away. In addition, being able to monitor the success or failure of individual samples means that it’s much easier to diagnose troublesome sample batches, and resolve problems with a particular fusion position or method.

One other aspect is also handy. Because the results can be fed into a LIMS system, requests for repeat analysis can automatically be generated for failed samples. This means one less thing for the operator to remember!

Making a new link in ‘the analytical chain’

Of course, getting successful XRF results involves more than just reliably tracking samples through the fusion process. At Malvern Panalytical, we like to think of it as being one link in our ‘analytical chain’ – products that support the entire analytical process from beginning to end. Over the 16 years that I’ve been with Claisse/ Malvern Panalytical, I’ve seen this range grow, to now include everything from high-quality fluxes and calibration standards, to automated sample weighing equipment, and of course the XRF platforms themselves.

So, whether you’re interested in simply streamlining data-handling in your XRF sample preparation system, or you need a fresh perspective on your entire workflow from sampling to analysis, rest assured that we can help you!

Reliable tracking for XRF sample preparation using TheOx Advanced is just one of the links in the ‘analytical chain’ of products offered by Malvern Panalytical

Getting the new software option

The new ‘sample monitoring’ software option for TheOx Advanced is available straight away – to enquire about pricing, simply contact your regional sales rep.

We know that it’s not always easy (or desirable) to download software onto lab instruments, so we’re providing the new software option for TheOx Advanced on a USB stick, for direct transfer onto the instrument. And installation doesn’t take long – it’ll be complete in about 10–20 minutes, and you’ll be ready to enjoy the benefits of improved sample tracking!

For inquiries please CLICK HERE 

 

Written by: Chantal Audet – Malvern Panaltyical (www.materials-talks.com)