Description
Specifications Table
| Product Name | Cerium, 10 ppm ICP-ML, single-element standard |
|---|---|
| Quantity/Pack Size | 100 ml |
| Form | Liquid solution |
| Grade | ICP-ML (ICP-Mass Spectrometry) |
| Application | Elemental analysis, ICP-MS, ICP-OES calibration |
Product Description
When precision matters in your lab, the right standards make all the difference. This Cerium, 10 ppm ICP-ML single-element standard is designed for researchers and students who demand accuracy in their ICP analysis. Whether you’re calibrating instruments or validating methods, this high-purity solution ensures reliable results every time.
Cerium standards are essential in environmental testing, material science, and geological research. The 10 ppm concentration provides an optimal balance for sensitivity and linearity in ICP-MS and ICP-OES systems. Made by Avantor, a trusted name in lab supplies, this standard meets rigorous quality control measures to eliminate contaminants that could skew your data.
For labs in India, eqipped offers this cerium ICP standard with fast delivery and competitive pricing. No more waiting weeks for imports—get what you need when you need it. The 100 ml pack size is perfect for frequent use without excessive storage concerns.
Upgrade your elemental analysis today. Order this cerium standard and experience the difference precision makes.
Remember, proper handling is crucial for maintaining integrity. Always use clean, dedicated pipettes and store the solution in its original container at room temperature. Avoid exposure to direct sunlight or extreme temperatures to preserve stability.
Applications in Real-World Research
This cerium standard isn’t just another lab supply—it’s a tool that powers discovery. In environmental labs, it helps detect rare earth elements in soil and water samples. Material scientists use it to analyze cerium content in alloys and ceramics. Even in academic settings, students rely on it for hands-on ICP training.
The single-element format eliminates matrix effects that can occur with multi-element standards, giving you cleaner spectra and more accurate quantification. This is particularly valuable when analyzing complex samples where cerium might be present at trace levels.
Why This Standard Stands Out
Not all ICP standards are created equal. This Avantor cerium standard undergoes rigorous testing to ensure:
- Traceability to NIST reference materials
- Low background interference
- Long-term stability in solution
- Batch-to-batch consistency
These qualities translate to fewer recalibrations, less wasted time troubleshooting, and more confidence in your results. For Indian labs working with limited budgets, this means better resource allocation and faster project completion.
Safety Considerations
While cerium solutions are generally stable, proper lab safety practices should always be followed. Wear appropriate PPE including nitrile gloves and safety goggles when handling. In case of skin contact, rinse immediately with plenty of water. Store in a well-ventilated area away from incompatible substances.
FAQs
What is the shelf life of this cerium ICP standard?
When stored properly in its original container at room temperature, this standard maintains its specified concentration for at least 12 months from the date of manufacture.
Can I use this standard for both ICP-MS and ICP-OES?
Yes, the 10 ppm concentration is suitable for both techniques. However, you may need to prepare working dilutions depending on your specific instrument requirements.
How should I prepare working standards from this solution?
Use serial dilution with high-purity acids (typically 2% HNO3) to prepare lower concentration standards. Always use Class A volumetric glassware for accurate preparations.
Is this cerium standard compatible with organic solvents?
This aqueous standard is designed for water-based systems. For organic matrices, you may need to evaporate and reconstitute in appropriate solvents.
What’s the typical detection limit for cerium using this standard?
With modern ICP-MS instruments, you can typically achieve detection limits in the ppt (parts per trillion) range when properly calibrated with this standard.
