Description
XRF 316 Stainless Steel Calibration Standard for SciAps X-50
Ensure your SciAps X-50 Handheld XRF Analyzer delivers accurate and reliable elemental analysis with this 316 stainless steel calibration standard.
316 stainless steel standards are commonly used for handheld XRF verification because they contain chromium, nickel, and molybdenum in well known concentrations.
This reference material is designed for routine instrument verification and QA/QC checks, helping operators confirm analyzer performance before testing unknown samples.
316 stainless steel is a widely used engineering alloy with a well-characterized elemental composition, making it an ideal reference for verifying XRF performance during alloy identification, scrap metal sorting, PMI inspection, and manufacturing quality control.
The standard is mounted as a solid metal coupon on a keychain, making it easy to carry and perform quick verification checks in the field or shop environment.
Key Features
- 316 stainless steel reference material representative of a common engineering alloy
- Supports routine XRF calibration verification and performance checks
- Designed for use with the SciAps X-50 handheld XRF analyzer
- Durable stainless steel coupon suitable for repeated measurements
- Convenient keychain format for portable QA/QC checks
Technical Specifications
| Attribute | Specification |
|---|---|
| Material | 316 Stainless Steel (Cr-Ni-Mo alloy) |
| Primary Elements | Fe, Cr, Ni, Mo (typical stainless alloy composition) |
| Format | Solid coupon on keychain for handheld XRF measurement |
| Compatibility | Handheld XRF analyzers including SciAps X-50 |
| Application | Calibration standard / reference material |
Why Use a Calibration Standard?
Routine verification using a known reference material is an important part of handheld XRF quality control procedures.
Using a 316 stainless steel standard is required to validate the instrument upon startup. It also gives you a pass/fail reference should the results from your handheld XRF come into question.
Calibration standards are commonly used by operators performing scrap metal recycling, PMI inspection, manufacturing QA/QC testing, and alloy verification.
Typical Users
- Scrap metal recycling facilities
- PMI inspection companies
- Manufacturing quality control teams
- Machine shops and fabrication facilities
- Metals testing laboratories
Any organization performing frequent handheld XRF measurements benefits from keeping a portable verification standard available.
Compatible Instrument
This calibration standard is designed for use with the SciAps X-50 Handheld XRF Analyzer.
If you are unsure whether this standard is compatible with your analyzer or this process, contact Alloy Geek before ordering.
Usage Instructions
- Power on the SciAps X-50 handheld XRF analyzer and allow the instrument to complete its normal warm up cycle.
- Place the 316 stainless steel calibration standard over the analyzer measurement window.
- Run a cal check on the instrument.
- Verify that the screen shows "Pass" and that measured elemental values for iron, chromium, nickel, and molybdenum fall within expected ranges for 316 before analyzing unknown materials.
Accessories Often Purchased Together
-
SciAps X-50 Kapton Measurement Windows
- Rechargeable Li-Ion Batteries for SciAps X-50
- Battery Charger for SciAps X-50
-
AC Power Adapter for SciAps X-50
- Hard Transport Case with Custom Foam for SciAps X-50
- USB Cable for X-50
- Portable Test Stand for SciAps X-50
-
XRF Sample Cups (Powders and Fluid Samples)
-
4 Micron XRF Film For Sample Cups
Frequently Asked Questions
What is an XRF calibration standard?
An XRF calibration standard is a material with a known elemental composition used to verify that an analyzer is measuring elements accurately. It is used to run a "Cal Check" on your SciAps X-50.
Note: There is no chemical report or chemical certificate for this item.
Why use a 316 stainless steel reference?
316 stainless steel contains well defined concentrations of chromium, nickel, molybdenum, and iron, making it a useful alloy reference for verifying handheld XRF analyzer performance.
When should I use this 316 calibration standard?
Most handheld XRF analyzers perform internal calibration automatically, but periodic verification using a reference standard helps ensure measurement accuracy over time.
Can this standard be used in the field?
Yes. The stainless steel coupon is mounted on a keychain so operators can easily carry it for quick verification checks during field work. Clip it to the wrist strap of your handheld XRF so it never gets lost.