HomeAll CategoriesLaboratory ChemicalsVolumetric SolutionsPotassium hydroxide, solution 0,01 mol/l (0,01 N) in 2-propanol
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Potassium hydroxide, solution 0,01 mol/l (0,01 N) in 2-propanol

CAS number
1310-58-3
Manufacturer product code
PO0294

Scharlau PO02941000: Potassium hydroxide, solution 0,01 mol/l (0,01 N) in 2-propanol. Volumetric analysis using the stated concentration and analytical method.

Applications
  • Volumetric analysis using the stated concentration and analytical method.
Packaging options
PO02941000 — 1 l — Glass bottle

Product specifications and documentation are confirmed against the requested reference before quotation.

Product information

Overview

Scharlau PO02941000: Potassium hydroxide, solution 0,01 mol/l (0,01 N) in 2-propanol. CAS 1310-58-3. M = 56,11 g/mol; Density: 0,79 g/cm3. Volumetric analysis using the stated concentration and analytical method.

  • CAS number: 1310-58-3
  • Pack quantity / capacity: 1
  • Measurement unit: l
  • Package type: Glass bottle
Packaging and references
  • 1 l · Glass bottle
  • PO02941000 — 1 l — Glass bottle
Selected specifications
  • KOH
  • M = 56,11 g/mol
  • CAS [1310-58-3]
  • EINECS-No.: 215-181-3
  • Density: 0,79 g/cm3
  • Solub. in water: (20 ºC): miscible
  • Flash pt. 12 ºC
  • Ignition temp.: ~ 425 ºC
  • ADR: 3 F1 II UN 1993
  • IMDG: 3 II UN 1993
  • IATA/ICAO: 3 II UN 1993
  • GHS-signal word: Danger
  • GHS-H sentences: H225 - H319 - H336
  • GHS-P sentences: P210 - P303+P361+P353 - P305+P351+P338 - P370+P378 - P405 - P501a
  • Tariff number: 3814 00 90 99
  • SPECIFICATIONS
  • factor: 0,999 - 1,001
  • uncertainty ± 0,001
  • 1 ml = 0,0005611 g KOH This solution was analysed using a certified reference material (potassium hydrogen phthalate). The certified reference material is ISO 17034 accredited, measured according to ISO/IEC 17025 and traceable to the International System of Units by means of a Standard Reference Material from NIST: SRM® 84 (Potassium Hydrogen Phthalate).
Applications
  • Volumetric analysis using the stated concentration and analytical method.

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