High-Purity 13CO2: Essential for Accurate Analytical Standards
In the field of analytical chemistry, the integrity of experimental results hinges on the quality of the standards used. High-purity Carbon-13C Dioxide (13CO2), with the CAS number 1111-72-4, serves as an indispensable analytical standard in numerous applications. As a dedicated manufacturer and supplier in China, we understand the critical need for precise and reliable isotopic materials, and we are committed to providing researchers and analytical labs with superior quality 13CO2.
The Role of 13CO2 as an Analytical Standard
An analytical standard is a pure substance used as a reference point for calibrating instruments and validating analytical methods. For 13CO2, its unique isotopic composition makes it exceptionally valuable in this regard:
- Calibration of Mass Spectrometers: Isotope Ratio Mass Spectrometry (IRMS) is a technique used to measure the relative abundance of isotopes in a sample. High-purity 13CO2 is used to calibrate IRMS instruments, ensuring accurate quantification of isotopic ratios in unknown samples. This is fundamental for applications ranging from environmental monitoring to geological studies.
- Internal Standards in Mass Spectrometry: In quantitative analysis using mass spectrometry, an internal standard is added to both samples and calibration standards to compensate for variations in sample preparation and instrument performance. Labeled compounds like 13CO2 can serve as effective internal standards in certain analyses involving carbon dioxide or carbon metabolism, enhancing the accuracy of results.
- Method Development and Validation: When developing new analytical methods that involve carbon isotopic measurements, using a well-characterized standard like high-purity 13CO2 is essential for validating the method's accuracy, precision, linearity, and detection limits.
- Reference for Isotopic Fractionation Studies: Understanding isotopic fractionation (the preferential enrichment or depletion of one isotope over another during physical or chemical processes) is crucial in many scientific fields. 13CO2 serves as a reliable reference material for quantifying these effects.
Ensuring Quality: Purity and Sourcing Strategy
The effectiveness of 13CO2 as an analytical standard is directly tied to its purity. We ensure our product offers a minimum isotopic enrichment of 99% 13C atom, providing a clear and distinct signal. When you decide to buy Carbon-13C Dioxide, especially for critical analytical work, it's vital to partner with a reputable manufacturer and supplier. Our position as a leading supplier in China allows us to offer:
- Guaranteed High Purity: We adhere to stringent quality control to deliver consistent isotopic and chemical purity.
- Competitive Pricing: Our direct manufacturing model ensures you get the best price for CAS 1111-72-4.
- Reliable Availability: We maintain stock to ensure timely delivery for your laboratory needs.
For laboratories requiring reliable analytical standards, making a strategic stable isotope carbon dioxide purchase from an experienced provider is key. Our high-purity 13CO2 is your assurance of accuracy and reproducibility in your analytical work.
Perspectives & Insights
Agile Reader One
“Labeled compounds like 13CO2 can serve as effective internal standards in certain analyses involving carbon dioxide or carbon metabolism, enhancing the accuracy of results.”
Logic Vision Labs
“Method Development and Validation: When developing new analytical methods that involve carbon isotopic measurements, using a well-characterized standard like high-purity 13CO2 is essential for validating the method's accuracy, precision, linearity, and detection limits.”
Molecule Origin 88
“Reference for Isotopic Fractionation Studies: Understanding isotopic fractionation (the preferential enrichment or depletion of one isotope over another during physical or chemical processes) is crucial in many scientific fields.”