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ICP & AAS standards

TraceCERT® Inorganic Standards for AAS, ICP and IC with a certificate of analysis

Any measurement is only as good as the reference standard used to calibrate the system. When the accuracy of your measurement matters, it is important to start every analysis with a fresh vial of the highest quality, certified reference or calibration standards. Our TraceCERT® and Certipur® ICP and AAS single- and multi-element certified reference material standard solutions are produced from the highest purity starting material, fulfilling both ISO/IEC 17025 and ISO 17034 guidelines.

Our AAS and ICP reference materials are ready-to-use solutions, certified and traceable to primary standard reference material from NIST. Our comprehensive documentation includes proper uncertainty calculations on the certificate of analysis issued according to ISO Guide 31 guidelines.

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Product Number
Product Name
Product Description
Pricing
38996
Copper Standard for AAS
TraceCERT®, 1 g/L Cu in nitric acid (nominal concentration)
16596
Iron Standard for AAS
TraceCERT®, 1 g/L Fe in nitric acid (nominal concentration)
01969
Arsenic Standard for ICP
TraceCERT®, 1 g/L As in nitric acid (nominal concentration)
16595
Lead Standard for AAS
TraceCERT®, 1 g/L Pb in nitric acid (nominal concentration)
43843
Multielement Standard Solution 6 for ICP
TraceCERT®, 23 elements, 100 mg/L each in nitric acid and hydrofluoric acid
43149
Iron Standard for ICP
TraceCERT®, 1 g/L Fe in nitric acid (nominal concentration)
1.11355
ICP multi-element standard solution IV
(23 elements in diluted nitric acid) 1000 mg/l: Ag, Al, B, Ba, Bi, Ca, Cd, Co, Cr, Cu, Fe, Ga, In, K, Li, Mg, Mn, Na, Ni, Pb, Sr, Tl, Zn Certipur®
92091
Periodic table mix 1 for ICP
TraceCERT®, 33 elements, 10 mg/L in nitric acid
28941
Mercury Standard for ICP
TraceCERT®, 1 g/L Hg in nitric acid (nominal concentration)
41318
Lead Standard for ICP
TraceCERT®, 1 g/L Pb in nitric acid (nominal concentration)
77036
Manganese Standard for AAS
TraceCERT®, 1 g/L Mn in nitric acid (nominal concentration)
18827
Zinc Standard for AAS
TraceCERT®, 1 g/L Zn in nitric acid (nominal concentration)
18562
Zinc Standard for ICP
TraceCERT®, 1 g/L Zn in nitric acid (nominal concentration)
54704
Multielement standard solution 5 for ICP
TraceCERT®, in 10% nitric acid
61935
Aluminum Standard for ICP
TraceCERT®, 1 g/L Al in nitric acid (nominal concentration)
38168
Gold Standard for ICP
TraceCERT®, 1 g/L Au in hydrochloric acid (nominal concentration)
01357
Yttrium Standard for ICP
TraceCERT®, 1 g/L Y in nitric acid (nominal concentration)
05201
Sodium Standard for AAS
TraceCERT®, 1 g/L Na in nitric acid (nominal concentration)
38338
Phosphorus Standard for ICP
TraceCERT®, 1 g/L P in H2O (nominal concentration)
00462
Sodium Standard for ICP
TraceCERT®, 1 g/L Na in nitric acid (nominal concentration)
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AAS and ICP Single Element CRM Solutions

We offer a large range of single element certified reference standard solutions in various concentrations for AAS, ICP-OES, and ICP-MS applications. On the certificate of analysis for TraceCERT® products, we provide the NIST-traceable density, information about the certification process, traceability measurements, storage behavior, the uncertainty evaluation, and measured trace impurities.

ICP Multi-element CRM Solutions

Our TraceCERT® and Certipur® CRM multi-element solutions include tuning solutions, periodic table mixes, toxic element mixes, ICP-MS and wavelength calibration mixes, and a graphite furnace AAS mix. We also offer several element groups mixes including alkali and alkaline metals, rare earth metals, metalloid and non-metal elements, and post-transition and transition metals.

Titrisol® concentrated single-element solutions

We offer many AAS single-element standards as easy-to-use Titrisol® concentrates. Simply dilute the concentrate to produce the desired standard solution. Titrisol® concentrates are traceable to standard reference material from NIST and have a minimum expiration time of five years.

TraceCERT® CRM mixes according to ICH Q3D guidelines

We also offer different inorganic elemental impurity mixes as CRM standard mixes with element ratios corresponding to oral, parenteral, and inhalational concentrations per ICH Q3D guidelines.

TraceCERT® CRM mixes for cannabis testing

Trace heavy metal levels such as arsenic, cadmium, mercury, and lead may accumulate in cannabis plant material through soil and certain fertilizers. Our certified reference material heavy metal mixes are tailored to specific US state cannabis regulations and in concentrations matching regulatory requirements.

Custom standard solutions

In addition to our catalog, we also offer custom multi-component standards through our Inorganic Custom Standards Online Platform. All solutions mixes are produced under ISO/IEC 17025 and ISO 17034 and come with a detailed certificate of analysis and certification report.

Related Product Categories
Certified Reference Materials
Browse our Certified Reference Materials (CRMs) for applications in forensic and clinical toxicology analysis, diagnostic testing, therapeutic drug monitoring, cannabis testing, environmental analysis, pharmaceutical research, and food & beverage testing.
Inorganic Elemental Impurity Mix Standards
Browse through our selection of reference materials of inorganic elemental impurity mixes as per ICHQ3D guidelines for your ICP or AAS based tests of drug products in pharmaceutical analysis.
Ion Chromatography Standards
Our selection of reference standards for ion chromatography includes certified reference material (CRMs) solutions of single- and multi- ions and carbohydrates for the accurate analysis.
Proficiency Testing Standards
Proficiency testing or interlaboratory comparison testing is a tool for quality assessment and quality control for laboratories. Our Supelco® PT and test components offer key performance data to monitor and prove the competency to customers, regulatory bodies, or both.
Related Applications
Mass Spectrometry
Mass spectrometry (MS) is an analytical tool used to identify compounds, determine chemical structure, and assess isotopic abundance. In MS, samples are ionized, and the resulting ions are identified based on their mass-to-charge (m/z) ratios.
Atomic Spectroscopy
Atomic spectroscopy uses the energy absorbed or emitted by electrons to identify and quantify the elemental composition of a sample. It includes various analytical techniques, such as AAS, AES, FAA, GFAA, ICP-OES, ICP-MS and XRF.
Titration & Karl Fischer Titration
Titration is an analytical method to determine an unknown concentration using a solution of known concentration. Karl Fischer titration is a specific and widely used titration method to determine the water content of raw materials and finished products.
Wet Chemical Analysis
The wet chemical analysis involves identifying and quantifying the desired elements present in a liquid sample using several measuring techniques. With chemical reagents, the analyte converts a dye proportionally, which can be read-out visually or photometrically.
Calibration, Qualification & Validation
Reference materials are critical to method validation, calibration, qualification, and measurement of uncertainty. The proper selection of the reference material best suited for the testing application is vital, as results are only as accurate as the reference.
Drinking Water Testing​
Clean drinking water is essential for food and beverage production. This article gives an overview of chemical and microbiological testing of the drinking water for quality and safety.
Wastewater & Process Water​ Testing
Water treatment is required to maintain effluent compliance with standards established by regulatory bodies. Learn about the stages of wastewater and process water treatment along with the corresponding analytical testing methods.
Soil, Solid Waste & Groundwater Testing
Soil and groundwater testing are crucial to avoid adverse impact on the environment and human health. Learn about the importance of solid waste management and methods used for soil and groundwater testing for heavy metals and other environmental pollutants.
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