Engineered for Heat-Intensive Applications

Protect your detector and maintain peak analytical performance in high-temperature environments with genuine High Temperature XRF Windows for the Thermo Scientific™ Niton™ XL5 handheld XRF analyzer. These specialized windows are constructed to withstand elevated temperatures encountered during hot work testing, such as freshly welded or cut metals, furnace operations, and high-heat manufacturing processes up to 480C (900F) with the Hot Work Standoff Accessory (sold separately).

Whether you're working in a foundry, pipeline, refinery, or fabrication yard, these windows provide an added layer of thermal resistance without sacrificing measurement accuracy or throughput.

The image for this item shows the window of the Niton XL5 Hot Work Standoff. This product is ONLY for the consumable stick-on windows and the Hot Work Standoff is sold separately.

Includes

• 10 or 25 High Temperature XRF Windoww
  
  • XL5 Hot Work Standoff Sold Separately

Compatible with Thermo Scientific Niton XL5 and XL5 Plus Handheld XRF Analyzers

Where high temperature handheld XRF testing is useful

• Welded structure inspection
• Pipeline analysis up to 480C (900F)
• On-site fabrication QA/QC
• Petrochemical refinery maintenance
• Scrap yard testing of freshly cut materials

Test Procedure

1. Wear all appropriate safety gear for your application to protect the user.
2. Make sure only Main and/or Low filters are enabled (no light filter)
3. Ensure sample temperature does not exceed 480C (900F)
4. Test time is no more than 5 seconds
5. Take a recovery time between shots of 20 seconds. This allows the Niton XL5 to cool down. Please monitor your Niton XL5 during testing. It is your responsibility to ensure that your handheld XRF does not get too hot.

Documents

• Niton XL5 High Temperature Testing Guide

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