
CRMs & Consumables - Model ARMI Certified Reference Materials
ARMI Certified Reference Materials provide highly accurate elemental compositions. These standards are crucial for laboratories seeking to maintain strict quality assurance and control over their metallurgical processes.
Technical Specifications
Compare parameters for the selected model.
| General | |||
| 1S CAF/CAI | 462 AI/AA | 2017 AC/CAB | 3104 AR |
| 161 CAH | 1050 AJ | 2018 AB/CAC | 3105 AG/AH/CAI |
| 354.0 CAB | 1100 AK/AY | 2024 AF/CAE | 3203 AG/CAX |
| 356.2 AW/CAU/DAO | 1145 AE | 2219 AC/CAB | 3204 AA |
| 356.2 CAB | 1170 AM | 2618 AC/CAB | 4002 AB/AD/CAC |
| 385.1 AB/CAC | 1188 AD/AE | 3003 AJ/AI/AIC | 4007 AA |
| 425 AI/AA | 1200 AJ | 3004 AO/CAN | 4104 AE/CAD |
| 443.2 AC/CAB | 2007 CAB | 3005 AC/AD/CAF | 4145 AB |
| 339.0 AD/CAB | 2011 AC/CAB | 3102 AD/CAF | 4147 AA |
| 332.0 AB/CAC | 2014 AE/CAC | 3104 AT/CAP/DAS | 4343 AF/CAG |
| 6365 AB | 4643 AD/CAC | 5082 AA/CAB | 6066 AA |
| 6392 AC | 5000 CAB | 5083 AF/CAE | 6052 CAE |
| 6201 AD | 5001 BI/CBG | 5251 AF/CAE | 6061 AR/CAS/DAO |
| 6363 AC | 5005 AG/CAF | 5454 AC/CAD | 5063 BD/CBB/CBF |
| 6351 AM/CAC | 5010 AE/CAF | 5457 AB | 6066 AF/CAG |
| 6348 AC/CAD | 5016 AA | 5754 CAF | 6070 AC/CAB |
| 6252 AE/CAC | 5017 AB/CAC/CAD | 6005 AB | 6082 AA |
| 6205 AA | 5042 AC/CAF | 6006 AB/AC/CAD | 6111 AE |
| 6261 AD/CAB | 5052 AD/CAD/DAK | 6008 AA | 6151 AE/AB |
| 6295 AB | 5056 AD/CAC | 6012 AF | 6195 AE |
| HP FL/FK | 6463 AC | 8079 CAE/AF | CDA 510 |
| LIM G/E | 6475 CAB | 8081 CAB | CDA 655 |
| PROC BI/AL | 7010 CAD/AC | 8112 AA | CDA 903 |
| PROF AI/BL/CI/D1 | 7004 AA | 8280 CAC | CDA 955 |
| X332.0 AC | 7003 CAB/AC | A320 CAB/AC | Ferrochromium Powder |
| X1100 AH | 7018 CAB | A333.0 CAH/AI | Ferromanganese Powder |
| X1120 AC | 7019 AA | A355.0 CAA | Ferrosilicon Powder |
| X3003 AD/CAE | 7021 CAB/AA | A380.2 CAC/AD | Ferroboron Powder |
| X3005 AB/CAC | 7022 AC | A390.1 AA | Leaded Brass |
| X3012 AA | 7031 CAB/AA | A413.2 CAE/AD | Lead with Impurities |
| X4002 AA/CAB | 7075 CAE/CAD/AE | A535.0 CAX/AA | Lead with Impurities |
| X4045 AC/CAB | 7079AA | A1200 AA | Lead Alloy |
| X4343 AA | 7146 CAE/CAD/AA | A5154 CAB/AA | Lead/Antimony Alloy |
| X5754 AE | 8006 CAF | A6005 CAF/AG | Lead/Tin Alloy |
| X5754 CAF | 8007 CAF | A6181 CAB/AA | Precipitation Hardening Steel |
| AISI86L20 G86200 | 8008 CAD/AC | A8011 AC | Nitrogen Stainless Steel |
| Alloy 718 N07718 | 8015 CAB/AA | B206 AA | Monel 450-CDA715 |
| Alloy N-155 R30155 | 8018 AB | B319.1 CAG/AF | Si BronzeCDA 647 type |
| Alloy S,N06635 | 8021 AA | B320 CAB/AA | M-2 Tool Steel |
| CDA 360 | 8030 AC | F35 AA | S-7 Tool Steel |
| AA A319.0 | Low Alloy Steel | High N Stainless | F9 Steel,9Cr1Mo |
| Lead-free Tin Solder | Austenitic Stainless Steel | Precipitation Hardening Steel | Stainless AISI15-5PH |
| Cast lron 11XCo | Stainless Steel | Copper,Magnolia B1,C89320 | Carbon Steel AISI1020 |
| High P Cast lron | High N Stainless | CDA/15 | Carbon Steel AISI1050 |
| Zn Alloy | High Purity Al SUS | CDA486 | Tin with impurities |
| Pb&Sb Alloy | Al SUS | CDA 954 | Al/Slicon/Copper alloy |
| CDA 642 | Leaded Bronze | Chromium Steel | Zinc/Aluminum alloy |
| CDA 172 | Sebiloy-Envirobrass | Lead Babbitt | Leaded brass |
| Cast lron | Naval Brass-CDA485 | Lead/Antimony alloy | Residuals in Mild Steel |
| Nitrogen Steel Brass | P/Bronze B-2-CDA 544 | Lead/Antimony alloy | Low Alloy Steel |
| Pb Brass Gun Metal | Bearing Bronze-CDA932 | Lead/Antimony alloy | Ferritic Stainless Steel |
| Residuals in Copper | SUS Pure lron | Lead/Calcium | Manganese Steel |
| Aluminum/Silicon | Hiduron 130 | Lead/Calcium | Lead with Impurities |
| Mg Al Zn alloy | Hiduron 191 | Lead battery alloy | High-Ni Stainless steel |
| Mg Grade AZ91D | Ni alloy 617 | AISI 303 | Titanium 6-4 |
| Sn-Base Pb Free Solder | AM powder Ti6-/4 | AISI 304L | Titanium 6-4 ELI |
| AISI M62 | AM powder Ni718 | AISI 316L | Alloy 725 |
| Low Alloy T23 | AM powder Fe316L | Zeron 100 | Stellite 6B |
| Grade P92 | Kovar | Alloy B-2 | Elgiloy |
| Grade 91 | AISI 17-4PH | Haynes 230 | Alloy 825 |
| Aermet 100 | E9310 | Alloy 601 | Alloy 244H |
| Dual Phase 1080 | Tool Steel T-1 | CLA6 | AISI 17-7PH |
| Ni Alloy 925 | Aluminum 6061 | CLA7 | AISI 410 |
| AISI 5140H | Hastelloy B3 | AISI 1118 | Nitronic 50 |
| AISI 4820 | Alloy 214 | Grade A615-75 | Greek Ascoloy |
| AISI 8620 | Ni Alloy | Nitronic 60 | AIS1304H |
| Ti 6-6-2 | Waspaloy | PH13-8Mo | Alloy 945X |
| Ti4-2.5-1.5 | Ni 690 | A286 | Alloy 740 |
| Zircadyne 702 | Ni 282 | Grade A706-80 | Alloy 686 |
| Zircadyne 705 | Ni 25-6Mo | Grade A706-60 | Alloy 693 |
| Ni alloy PE16 | Titanium 6-2-4-2 | AISI H-11 | Alloy 028 |
| Ni alloy 909 | Titanium 10-2- | AISI8740 | Alloy 2205 |
| Ni alloy C-276 | Ni alloy 617 | AIS18740 | Titanium 6-4 |
| Mg Grade AZ91D | AM powder Ti6-/4 | Alloy K500 | Titanium 6-4 ELI |
| Alloy 20 | AISI 1045 | AISI347 | AISI 4140 |
| AL 6XN | AISI4820 | AISI321 | Custom 450 |
| Haynes 230 | AISI4130 | Custom 465 | AISI 430FS |
| Alloy X750 | AISI4330M | Alloy 255 | AISI 420FS |
| Alloy 718 | AISIE52100 | AISI321 | AISI 1141 |
| Alloy 625 | 5Cr %Mo | AISI 44OF Se | AISI 1118 |
| Alloy 600 | AISI4340 | AISI 301 | CDA 976 |
| Alloy 400 | AISI4140 | AISI 303Se | Alloy C-22HS |
| Ni 200 | CPIron | CDA 630 | CDA 482 |
| A36 | AISI347 | AISI D-2 | CDA 110 |
| Ti Grade 12 | AL6XN | AISI 310 | Grade 11/4Cr1/2Mo |
| Ti 15-3-3-3 | QA 10 SUS | Ti 5-2.5 | Grade 1018 |
| Ti Grade 7 | Grade 21/4 Cr1Mo | Aloy 625 | AISI 310 |
| Ti6-7 | Grade 11/4Cr1/2Mo | Ti 2-1.5 | Ti 5-2.5 |
| AISI 8740 | Grade 1018 | Grade 21/4Cr,1Mo | Alloy 625 |
| Haynes HR-120 Alloy | Ti 2-1.5 | Ti6-7 | AIS1310 |
| Ti 8-1-1 | TiCP4 | ||
Available Models & Configurations

Model SUS Certified Reference Materials
High-quality standard reference materials for SUS alloys
Premium SUS Certified Reference Materials designed to provide accurate calibration and quality control for your analytical instruments. These standards are carefully manufactured and certified to ensure the highest level of precision for elemental analysis.

Model MBH Certified Reference Materials
Industry-standard reference blocks for precise calibration
MBH Analytical reference materials are globally recognized for their reliability in optical emission and X-ray fluorescence spectroscopy. Ideal for verifying equipment performance and routine quality control.

Model BS Certified Reference Materials
Brammer Standard reference materials for metallurgical analysis
Brammer Standard (BS) Certified Reference Materials are essential for establishing the analytical traceability of solid metal analyses. Our supply covers various matrices to suit your testing requirements.

Model ARMI Certified Reference Materials
Advanced reference standards for accurate metal testing
ARMI Certified Reference Materials provide highly accurate elemental compositions. These standards are crucial for laboratories seeking to maintain strict quality assurance and control over their metallurgical processes.

Model ALCOA Certified Reference Materials
Specialized reference materials for aluminum alloys
ALCOA Certified Reference Materials are specifically developed for the aluminum industry. They offer precise calibration standards for testing primary aluminum and aluminum-based alloys.

Model ALCAN Certified Reference Materials
Precision aluminum standards for spectrochemical analysis
ALCAN Certified Reference Materials ensure your spectrometers are perfectly calibrated for aluminum analysis. These standards represent a wide array of aluminum alloy grades.
Industry Applications
Analytical Equipment Calibration & Standardization
Fully qualified calibrations and specialized adapters available.
Daily Quality Control Audits & Verification
Fully qualified calibrations and specialized adapters available.
ISO 17025 Accredited Laboratory Auditing
Fully qualified calibrations and specialized adapters available.
Spare Parts Routine Preventive Maintenance
Fully qualified calibrations and specialized adapters available.
Consumable Replenishments for OES, XRF, CS, and ICP
Fully qualified calibrations and specialized adapters available.
Benefits & Advantages
Maximum Precision
Achieve sub-ppm detection limits ensuring top-tier quality control for critical metallurgical processes.
Rapid Results
Obtain full elemental composition within seconds, drastically reducing production downtime.
Robust Reliability
Engineered for 24/7 continuous operation in harsh industrial environments with minimal maintenance.
Cost Efficiency
Low gas consumption and optimized standby modes significantly lower the total cost of ownership.
Additional Resources
Downloads
Warranty & Support
2 Years Standard Industry Warranty
Certifications
Request a Formal Quote & Configuration
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