Alloy Geek NIST 2780 Soil Reference Material


Your Analysis Type: X-Ray Fluorescence (XRF)
Pedigree: Certified Reference Material
Price:
Sale price$150.00

Description

NIST 2780 Soil Reference Material for Handheld XRF Calibration and Verification

The NIST 2780 Soil Reference Material is a widely recognized certified reference material used for validating handheld XRF performance in soils and environmental applications. This material is commonly referenced as the Niton equivalent part number 180-625 and is used by XRF operators to verify instrument accuracy, calibration stability, and analytical consistency.

SRM 2780 is certified by NIST for a range of elements relevant to environmental and regulatory workflows, making it a trusted standard for QA/QC procedures. It is especially valuable for users running soils mode who need confidence in their reported results.

This material can be used for routine instrument checks, method validation, operator training, and documentation of analytical performance in compliance-driven environments.

Key Features

  • NIST SRM 2780 soil reference material
  • Commonly used as Niton equivalent PN 180-625
  • Certified elemental concentrations for environmental analysis
  • Ideal for handheld XRF soils mode verification
  • Supports QA/QC, calibration checks, and method validation
  • Trusted standard for regulatory and field workflows

Common Uses

  • Verifying handheld XRF accuracy in soils mode
  • Calibration checks and drift monitoring
  • QA/QC documentation for environmental testing
  • Method validation and instrument benchmarking
  • Training operators on certified reference materials

What’s Included

  • NIST SRM 2780 soil reference material prepared for XRF
  • Documentation / certificate of analysis (COA)

Why Buy from Alloy Geek

Alloy Geek provides application-focused XRF standards, consumables, and accessories designed for real-world workflows. We help handheld XRF users implement practical QA/QC processes with materials that align with industry standards and instrument-specific use cases.


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