Salpetersäure 67-69% (durch titrimetrische Analyse), TraceSELECT™ Ultra zur Ultraspurenanalyse, Fluka™

Lieferant: Honeywell Chemicals
Gefahr

02650-500MLEA 872.85 EUR
02650-500ML 02650-250ML 02650-2L
Salpetersäure 67-69% (durch titrimetrische Analyse), TraceSELECT™ Ultra zur Ultraspurenanalyse, Fluka™
Salpetersäure

TraceSELECT™ Ultra and TraceSELECT


  • Ultra-pure acids, bases, and salts for smelting and wet digestion in environmental, water, and food analysis
  • Sample preparation for trace analysis requires reagents of the highest purity; our TraceSELECT Ultra products for ultra-trace analysis at ppb and even ppt levels are produced by sub-boiling distillation
  • The acids, bases, and salts in the TraceSELECT series have been developed for sample preparation and analysis in the ppb (µg/kg) trace range
  • packaged in high-quality containers appropriate for each product
  • the reagents are produced and bottled under clean-room conditions

Formel: HNO₃
Molecular Weight: 63,01 g/mol
Siedepunkt: 122 °C (1,013 hPa)
Schmelzpunkt: -38 °C
Dichte: 1,420 g/cm³ (20 °C)
Lagertemperatur: Raumtemperatur
MDL: MFCD00011349
CAS-Nummer: 7697-37-2
EINECS: 231-714-2
UN: 2031
ADR: 8,II
Merck Index: 13,06608

Bestellen

Spezifikation Testergebnisse

Assay 64.5 - 70 %
Silver (Ag) Max. 10 ppt
Aluminium (Al) Max. 50 ppt
Arsenic (As) Max. 100 ppt
Gold (Au) Max. 20 ppt
Barium (Ba) Max. 10 ppt
Beryllium (Be) Max. 10 ppt
Bismuth (Bi) Max. 10 ppt
Calcium (Ca) Max. 100 ppt
Cadmium (Cd) Max. 10 ppt
Cerium (Ce) Max. 10 ppt
Cobalt (Co) Max. 10 ppt
Chromium (Cr) Max. 50 ppt
Cesium (Cs) Max. 10 ppt
Copper (Cu) Max. 20 ppt
Dysprosium (Dy) Max. 10 ppt
Erbium (Er) Max. 10 ppt
Europium (Eu) Max. 10 ppt
Iron (Fe) Max. 100 ppt
Gallium (Ga) Max. 10 ppt
Gadolinium (Gd) Max. 10 ppt
Germanium (Ge) Max. 10 ppt
Hafnium (Hf) Max. 10 ppt
Mercury (Hg) Max. 500 ppt
Holmium (Ho) Max. 10 ppt
Indium (In) Max. 10 ppt
Potassium (K) Max. 100 ppt
Lanthanum (La) Max. 10 ppt
Lithium (Li) Max. 10 ppt
Lutetium (Lu) Max. 10 ppt
Magnesium (Mg) Max. 50 ppt
Manganese (Mn) Max. 10 ppt
Molybdenum (Mo) Max. 10 ppt
Sodium (Na) Max. 100 ppt
Niobium (nb) Max. 10 ppt
Neodymium (nd) Max. 10 ppt
Nickel (Ni) Max. 50 ppt
Lead (Pb) Max. 10 ppt
Palladium (Pd) Max. 50 ppt
Praseodymium (Pr) Max. 10 ppt
Platinum (Pt) Max. 20 ppt
Rubidium (Rb) Max. 10 ppt
Rhenium (Re) Max. 10 ppt
Rhodium (Rh) Max. 10 ppt
Antimony (Sb) Max. 10 ppt
Scandium (Sc) Max. 50 ppt
Selenium (Se) Max. 100 ppt
Samarium (Sm) Max. 10 ppt
Tin (Sn) Max. 20 ppt
Strontium (Sr) Max. 10 ppt
Terbium (Tb) Max. 10 ppt
Tellurium (Te) Max. 10 ppt
Thorium (Th) Max. 10 ppt
Tantalum (Ta) Max. 50 ppt
Titanium (Ti) Max. 10 ppt
Thallium (Tl) Max. 10 ppt
Uran (U) Max. 10 ppt
Vanadium (V) Max. 10 ppt
Tungsten (W) Max. 10 ppt
Yttrium (Y) Max. 10 ppt
Ytterbium (Yb) Max. 10 ppt
Zinc (Zn) Max. 50 ppt
Zirconium (Zr) Max. 10 ppt

Learn more

About VWR

Avantor is a vertically integrated, global supplier of discovery-to-delivery solutions for...

Mehr About VWR