VWR Hydrogen peroxide 30% unstabilised, NORMATOM®, Ultrapure for trace metal analysis
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Specifications:
| Application | Trace Metal Analysis | ||
| Storage Temperature | Ambient | ||
| Product Type | Laboratory Chemical | Forms | Liquid |
| Product Brand | VWR | ||
| Product Grade | Analytical grade | Formula | H₂O₂ |
VWR Hydrogen Peroxide 30% Unstabilised (NORMATOM® grade) is a high-purity reagent designed specifically for ultratrace metal analysis and sensitive sample preparation in cleanroom, semiconductor, and environmental applications. Free from stabilizers, this ultrapure H₂O₂ is suitable for methods requiring minimal background contamination and high oxidative power.
Key Features
- Ultrapure quality (NORMATOM®): Ideal for ICP-MS, GFAAS, and trace element detection techniques.
- Unstabilised: No metal chelating stabilizers that could interfere with ultra-trace metal analysis.
- Oxidizing agent: Effective in sample digestion, oxidation, and cleaning protocols.
- High concentration: 30% hydrogen peroxide in water solution.
- Tightly controlled impurities to ensure minimal blank contributions.
Physical and Chemical Properties
- Molecular Weight: 34.01 g/mol
- Concentration: 30% (w/w)
- Appearance: Clear, colorless liquid
- Boiling Point: ~107 °C (at 1013 hPa)
- Melting Point: < 0 °C
- Density: 1.11 g/cm³ (20 °C)
- Storage Conditions: Ambient temperature
Regulatory and Safety Information
- UN Number: 2014
- ADR Classification: 5.1 (oxidizer), 8 (corrosive), Packing Group II
- EINECS: 231-765-0
- GHS Classification: GHS05 (Corrosive), GHS07 (Irritant)
- Hazard Statements: May cause severe skin burns and eye damage; may intensify fire (oxidizer)
Packaging & Ordering Information
- Catalog Number: 85040.270
- Packaging: 1 x 500 mL plastic bottle
- Recommended Use: For research, analytical, or trace metal analysis use only
Applications
- Trace metal analysis in environmental, food, and pharmaceutical samples
- Sample digestion and oxidation for ICP, ICP-MS, and AAS
- Semiconductor wafer cleaning and etching
- Cleanroom reagent-grade protocols
Specification Test Results
| Assay | 30-32% |
| Ag (Silver) | 10 ppt |
| Al (Aluminium) | 50 ppt |
| As (Arsenic) | 100 ppt |
| Au (Gold) | 10 ppt |
| B (Boron) | 100 ppt |
| Ba (Barium) | 10 ppt |
| Be (Beryllium) | 10 ppt |
| Bi (Bismuth) | 10 ppt |
| Ca (Calcium) | 100 ppt |
| Cd (Cadmium) | 10 ppt |
| Ce (Cerium) | 1 ppt |
| Co (Cobalt) | 10 ppt |
| Cr (Chromium) | 10 ppt |
| Cs (Cesium) | 1 ppt |
| Cu (Copper) | 10 ppt |
| Dy (Dysprosium) | 1 ppt |
| Er (Erbium) | 1 ppt |
| Eu (Europium) | 1 ppt |
| Fe (Iron) | 20 ppt |
| Ga (Gallium) | 10 ppt |
| Gd (Gadolinium) | 1 ppt |
| Ge (Germanium) | 10 ppt |
| Hf (Hafnium) | 1 ppt |
| Hg (Mercury) | 50 ppt |
| Ho (Holmium) | 1 ppt |
| In (Indium) | 1 ppt |
| K (Potassium) | 20 ppt |
| La (Lanthanum) | 1 ppt |
| Li (Lithium) | 10 ppt |
| Lu (Lutetium) | 1 ppt |
| Mg (Magnesium) | 20 ppt |
| Mn (Manganese) | 10 ppt |
| Mo (Molybdenum) | 10 ppt |
| Na (Sodium) | 50 ppt |
| Nb (Niobium) | 10 ppt |
| Nd (Neodymium) | 1 ppt |
| Ni (Nickel) | 20 ppt |
| Pb (Lead) | 10 ppt |
| Pd (Palladium) | 10 ppt |
| Pr (Praseodymium) | 1 ppt |
| Pt (Platinum) | 10 ppt |
| Rb (Rubidium) | 10 ppt |
| Re (Rhenium) | 10 ppt |
| Rh (Rhodium) | 10 ppt |
| Ru (Ruthenium) | 10 ppt |
| Sb (Antimony) | 10 ppt |
| Sc (Scandium) | 10 ppt |
| Se (Selenium) | 100 ppt |
| Sm (Samarium) | 1 ppt |
| Sn (Tin) | 50 ppt |
| Sr (Strontium) | 10 ppt |
| Ta (Tantalum) | 10 ppt |
| Tb (Terbium) | 1 ppt |
| Te (Tellurium) | 1 ppt |
| Th (Thorium) | 1 ppt |
| Ti (Titanium) | 20 ppt |
| Tl (Thallium) | 1 ppt |
| Tm (Thulium) | 1 ppt |
| U (Uranium) | 1 ppt |
| V (Vanadium) | 10 ppt |
| W (Tungsten) | 20 ppt |
| Y (Yttrium) | 1 ppt |
| Yb (Ytterbium) | 1 ppt |
| Zn (Zinc) | 50 ppt |
| Zr (Zirconium) | 10 ppt |
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