Description
99.99% Silicon Blank for Handheld XRF Soils Mode Verification
The 99.99% Silicon Blank Sample for Handheld XRF Analysis is a simple, practical QC tool for users running handheld XRF in soils, environmental, geochemical, or screening applications. Because silicon is a clean, low-background matrix for many handheld XRF workflows, this prepared blank sample can be used to verify that your analyzer is not showing unexpected elemental carryover, contamination, or false positive results.
Each sample is prepared in a 32 mm XRF sample cup with 4 micron Prolene film, making it ready to use right out of the box. This format is convenient for routine instrument checks, operator training, and troubleshooting when you want a consistent blank sample on hand.
This sample is especially useful for handheld XRF users running soils mode who want a quick way to check system performance before testing unknowns or after measuring high-concentration samples.
Key Features
- 99.99% silicon blank sample
- Prepared in a 32 mm XRF sample cup
- Sealed with 4 micron Prolene film
- Ready for immediate handheld XRF use
- Useful for soils mode verification and QC checks
- Helps identify contamination, carryover, or false positives
Common Uses
- Verifying handheld XRF soils mode performance
- Checking for elemental carryover after testing hot samples
- Confirming a clean baseline before analyzing unknowns
- Troubleshooting unexpected positive readings
- Routine QC checks for handheld XRF workflows
What’s Included
- One prepared 32 mm sample cup containing 99.99% silicon blank material
- 4 micron Prolene film installed
Important Note
This product is intended as a practical blank verification sample for handheld XRF workflows. It is not a certified reference material unless explicitly stated.
Why Buy from Alloy Geek
Alloy Geek supplies practical handheld XRF consumables, accessories, and application-focused support for real-world users. We understand how these tools are used in the field and offer products that help improve workflow confidence and day-to-day instrument checks.