QA/QC for Aerospace Alloys

Alloy QA/QC in the aerospace industry is possibly one of the most important alloy QA/QC tasks in the world, because the consequences of a mistake or materials mix-up in an aerospace context can be extremely costly, or even deadly. Commercial aircraft components, for example, must be thoroughly checked and rechecked for correct alloy composition, since a slight difference in grade or composition can lead to corrosion or part failure. Such failures in aircraft parts can result in grounded flights, large financial losses, and—in the worst case scenario-loss of life. Choose the right QA/QC tool to avoid costly materials mix-ups: CONTACT BRUKER TODAY for a free demonstration or price quote for the S1 TITAN!

In space vehicles such as space shuttles or satellites, an incorrect alloy used can result in a loss of millions of dollars, as well as thousands of wasted man-hours in research, engineering and manufacturing. Not only is there a huge financial and common-sense impetuous to run a tight alloy QA/QC program in an aerospace alloy context, but strict regulations and ISO requirements demand testing, grade verification, and traceability from base metals to components to finished product to in-use spot testing.

Tin Whiskers in Aerospace Alloys

Additionally, it has been shown that the absence of certain otherwise prohibited metals in satellite and spacecraft components can lead to filamentary corrosion-or tin whiskering-resulting in damage to circuitry, electrical shorting, and the possibility of total loss of satellite systems or significant failures in spacecraft electrical systems. Pb (lead) is an example of a metal element that helps prevent tin whiskers but is prohibited in the standard alloy manufacturing space. Therefore, it is exceedingly important that aerospace alloy manufacturers verify the PRESENCE of such elements, where other metal fabricators and manufacturers would verify their absence - see High Reliability Alloys.

Bruker S1 TITAN XRF for Aerospace Quality Assurance and Quality Control (QA/QC)

Considering the importance of using the right alloy every time in even the smallest component in the aerospace context, having the right QA/QC tools at your disposal is absolutely essential to running a successful operation. And, because of the complexity and relative rarity of aircraft and aerospace alloys, it is essential to have not only the state-of-the-art alloy analysis and verification systems, but also ones that can easily keep up with the pace of change as better, stronger aerospace alloys are engineered and become available.

The Bruker S1 TITAN is the state-of-the-art, customizable tool you are looking for. Not only does theS1 TITAN boast a complete aerospace alloy library for quick, easy alloy grade identification and verification, but this library is user-upgradeable to account for changes and innovations in aerospace alloys. The S1 TITAN provides instant elemental analysis of castings, fasteners, electronic materials, solder, tin (Sn), titanium alloys, stainless steel, nickel superalloys, high-temp alloys, and more.

The S1 TITAN fulfills all of the material verification and alloy quality assurance/quality control needs of aerospace manufacturers and their customers:

The Bruker S1 TITAN is a handheld XRF (x-ray fluorescence) instrument that provides elemental alloy composition and grade verification in a matter of seconds. Even a novice user can immediately tell whether or not a component meets specification. The Bruker S1 TITAN is the industry tool of choice you can depend on, providing:

  • Instantaneous PMI (positive material identification)
  • Speed - most alloy grades verified in 2-5 seconds (Light Element alloys containing Mg, Al, and Si take slightly longer)
  • Nondestructive testing - even finished products can be tested with absolutely no effect on the alloy
  • Laboratory - quality alloy chemistry, with all the compositional details
  • Traceability - easy, automatic, printable reports and certificates
  • Clear, saved records - all your analysis data is saved and available so you can easily show what was tested, when, and what the results were


Contact Bruker today for a free demonstration of the S1 TITAN at your worksite or a price quote!

Other XRF Applications Include:

Light Element Analysis in Alloys

Regulatory Compliance with Handheld XRF

Scrap Metal Identification

Flow Accelerated Corrosion

Small Component Analysis

How it Works Alloy Grade Identification | Alloy Grade Verification

Industries we Influence
Metallurgy, Aero Space, Scrap and Recycling, Food Processing, Plumbing, Petrochemicals Metallurgy, Aero Space, Scrap and Recycling, Food Processing, Plumbing, Petrochemicals
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