Imprimer

Cyclohexane ≥99.5% (par GC), Puriss. p.a. ACS, Riedel-de Haën™

Marques : Honeywell Chemicals
Ratings: Ecrire un avis

Total Evaluation: 0
Moyenne des Notes : 0.0 sur 5

Danger

33117-1LEA 116 EUR
33117-1L 33117-2.5L 33117-30KG HONC33117S-7L-RC 33117-18L 33117-30L-RC HONC33117-200L 33117-4X2.5L HONC33117-45L-RC 33117-5L 33117-6X1L
Cyclohexane ≥99.5% (par GC), Puriss. p.a. ACS, Riedel-de Haën™
Cyclohexane

ACS GENERAL USE SOLVENTS


  • Value priced solution for applications such as preparative-scale HPLC, cleaning and organic synthesis
  • Suitable for less demanding applications such as routine isocratic HPLC
  • Variations and decrease issues traceable to solvent contamination
  • All solvents are tested to meet ACS general use specifications


Beilstein Number: 1900225
RTECS Number: GU6300000
UNSPSC Code: 12191504

Formule: C₆H₁₂
Poids moléculaire: 84,16 g/mol
Point d'ébullition: 81 °C (1,013 hPa)
Point de fusion: 6,4 °C
Densité: 0,78 g/cm³ (20 °C)
Point éclair: 8,3 %(V)
Température de stockage: Température ambiante
Numéro MDL: MFCD00003814
Numéro CAS: 110-82-7
EINECS: 203-806-2
UN: 1145
ADR: 3,II
Indice Merck: 13,02752
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Commander maintenant

Résultats des tests de spécification

Appearance complying
Assay (GC) Min. 99.5 %
Solidification range 5.5 - 6.5 °C
Boiling range 79 - 81 °C
Vapor Density 2.9 (vs air)
Transition Temp solidification point 5.5-6.5 °C
Density (D 20/4) 0.778 - 0.779
Refractive index (n 20/D) 1.4250 - 1.4280
Non-volatile matter Max. 0.001 %
Water (Karl Fischer) Max. 0.01 %
Free acid (as HCl) Max. 0.001 %
Aluminium (Al) Max. 0.00005 %
Boron (B) Max. 0.000002 %
Barium (Ba) Max. 0.00001 %
Calcium (Ca) Max. 0.00005 %
Cadmium (Cd) Max. 0.000005 %
Cobalt (Co) Max. 0.000002 %
Chromium (Cr) Max. 0.000002 %
Copper (Cu) Max. 0.000002 %
Iron (Fe) Max. 0.00001 %
Magnesium (Mg) Max. 0.00001 %
Manganese (Mn) Max. 0.000002 %
Nickel (Ni) Max. 0.000002 %
Lead (Pb) Max. 0.00001 %
Tin (Sn) Max. 0.00001 %
Zinc (Zn) Max. 0.00001 %
Aromatic substances (as C₆H₆) Max. 0.05 %
cyclohexene (C₆H₁₀) Max. 0.05 %
Reaction against H₂SO₄ complying
APHA Max. 10

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