16SSulfur32.067
Inorganic · ICP single-element
ISO 17034 Reference MaterialSulfur (S) standard for ICP
Synonyms: Zolfo (S), Sulfur
sulfur solutions for ICP-OES and ICP-MS: 20 formats, from 10 mg/L to 10,000 mg/L, with a certificate of analysis for every lot.
- Cat. No.
- A-ICP-S-1KW30
- CAS
- 7704-34-9
- Element
- Sulfur (S)
- Atomic number
- 16
- Technique
- ICP-OES and ICP-MS
- Matrix
- H2O
- Concentrations
- from 10 mg/L to 10,000 mg/L
- Formats
- 20
- Quality
- ISO 17034
All formats
20 formats of Sulfur for ICP single-element.
| Code | Concentration | Matrix | Volume | Price | |
|---|---|---|---|---|---|
| A-ICP-S-10W30 | 10 mg/L | H2O | 30 mL | ||
| A-ICP-S-10W50 | 10 mg/L | H2O | 50 mL | ||
| A-ICP-S-10W100 | 10 mg/L | H2O | 100 mL | ||
| A-ICP-S-10W250 | 10 mg/L | H2O | 250 mL | ||
| A-ICP-S-10W500 | 10 mg/L | H2O | 500 mL | ||
| A-ICP-S-100W30 | 100 mg/L | H2O | 30 mL | ||
| A-ICP-S-100W50 | 100 mg/L | H2O | 50 mL | ||
| A-ICP-S-100W100 | 100 mg/L | H2O | 100 mL | ||
| A-ICP-S-100W250 | 100 mg/L | H2O | 250 mL | ||
| A-ICP-S-100W500 | 100 mg/L | H2O | 500 mL | ||
| A-ICP-S-1KW30 | 1,000 mg/L | H2O | 30 mL | ||
| A-ICP-S-1KW50 | 1,000 mg/L | H2O | 50 mL | ||
| A-ICP-S-1KW100 | 1,000 mg/L | H2O | 100 mL | ||
| A-ICP-S-1KW250 | 1,000 mg/L | H2O | 250 mL | ||
| A-ICP-S-1KW500 | 1,000 mg/L | H2O | 500 mL | ||
| A-ICP-S-10KW30 | 10,000 mg/L | H2O | 30 mL | ||
| A-ICP-S-10KW50 | 10,000 mg/L | H2O | 50 mL | ||
| A-ICP-S-10KW100 | 10,000 mg/L | H2O | 100 mL | ||
| A-ICP-S-10KW250 | 10,000 mg/L | H2O | 250 mL | ||
| A-ICP-S-10KW500 | 10,000 mg/L | H2O | 500 mL |
Sulfur for other techniques
The same analyte in formats designed for other techniques.
Other analytes for ICP single-element
70 analytes for ICP single-element.
Frequently asked questions
I need a multi-element mix
Send us the list of elements with concentrations and matrix: we propose the mix with its certified composition.
When do I receive the quote?
Within 24 working hours, with price, availability and delivery time.
Need a molecule you cannot find?
Custom synthesis of impurities, metabolites and labelled compounds, with the same characterisation level.
