VWR Mega Star 600 Mode D'emploi page 45

Annexe A | Tableaux des compatibilités chimiques
PRODUIT
CHIMIQUE
Acide chromique (50 %)
Solution de crésol
Cyclohexane
Désoxycholate
Eau distillée
Dextran
Diéthyloyde
Diéthylcétone
Diethylpyrocarbonate
Diméthylsulfoxyde
Dioxane
Chlorure ferreux
Acide acétique
Acide acétique (5 %)
Acide acétique (60 %)
Acétate d'éthyle
Alcool éthylique (50 %)
Alcool éthylique (95 %)
Dichloroéthane
Ethylène glycol
Oxyde d'éthylène, gazeux
Ficoll-Hypaque
Acide fluorhydrique (10%)
Acide fluorhydrique (50%)
Acide fluorhydrique (conc.)
Formaldéhyde (40 %)
Glutaraldéhyde
Glycérol
Chlorhydrate de guanidine
Haemo-Sol
Hexane
Alcool isobutylique
Alcool isopropylique
Acide iodique
Bromure de potassium
Carbonate de potassium
Chlorure de potassium
Hydroxyde de
potassium (5 %)
Hydroxyde de
potassium (conc.)
Permanganate de
potassium
Chlorure de calcium
Hypochlorite de calcium
Kérosène
4 | Centrifugeuse
U - U U -
S S U - -
S S S - S
S S S - S
S S S S S
M S S S S
S S U U S
S - U U -
S S U - S
S S U U S
M S U U S
U U S - -
S S U U S
S S M S S
S S U U S
M M U U S
S S S S S
S S S U S
S - U U -
S S S S S
S - U - -
M S S - S
U U U M -
U U U U -
U U U U -
M M M S S
S S S S -
M S S - S
U U S - S
S S S - -
S S S - S
- - M U -
M M M U S
S S M - S
U S S - S
M U S S S
U S S - S
U U S S S
U U M U -
S S S - S
M U S S S
M - U - S
S S S - S
/ R
U U - - - S U U
- S - S U U U U
S S U S U S S U
S S - S S S S S
S S S S S S S S
S S - S S S S S
S S U S U U S U
- M - S U - S -
S S - S S U S U
S S - S U S S U
S M M S U U S U
- M S - M - S -
S U M S U S U U
S M S S S S S M
S U - S M S U U
S M M S S U S U
S M S S S S S U
S M S S S S S U
- S M - U U S U
S S S S S S S -
U - - S U - S -
S S - S S S S -
- U - - U U S -
- U - - U U U U
U U M - U M U U
S S M S S S S M
- S - S S S S S
S S S S S S S S
S S - S S S S S
- S - S S S S S
S S - S S U S U
- S S - U - S U
S S S S U S S U
S S - S M S S M
S S - S S S S S
S S - S S S S S
S S S S S S S S
S M - S S S S -
- M - M S S - U
S S - S S S U S
S S S S S S S S
M M S - M - S -
S S U S M U S U
S M U M S S U M
U U - - U U - U
U U M S M U M M
S S - - S S S S
S S S S S S S S
S S S S S S S S
U U U U U U U U
M U U U M M - U
S U - - S S S M
S U U - S S U U
M U U - M M M U
S - - - S S - -
U U U M S U M U
S S S S S S S M
M U S M S M S M
M U U - S S U U
S U S S S S S S
S U - S S S M S
U U U U U U - U
S U S S S S S S
S M - - S S S U
S S - S S S S S
S M U S S S S M
S U U U S S M M
M U U U - S - U
S S S U S S M S
S S - - S S S -
S S S - S S S S
S S - - S S S S
S S - - S S S S
M U S S U S S M
S S M S S S - S
S U M S S S S S
S S - M S S S S
S S S S S S - S
S U S S S S S S
S S - S S S S S
S U S S S S S S
M U U U S M - M
S S M - S M S U
S M S - S S S S
S M S - S S S M
M M S - M M M S
S - U M - S
S S S S U S
S U M M U S
S S S S S S
S S S S S S
S S M S S S
S S S S M U
S - - S U U
S S S S S S
S S S S U U
S S S S U U
- M U S - S
S U U S - U
S S M S S M
S M U S M U
S M M S U U
S S M S M U
S S U S M U
S U - S - S
S S M S M S
S U S S S U
S S M S S S
S U U U - -
S U U U - M
S U U U - -
S S M S M U
- S S S - -
S S S S S S
S S U S S S
S S S S S S
S U S S U S
S S - S - S
S S M M M S
S M S S M M
S S M S S S
S S S S S S
S S U S S S
S M U M S U
U - U U - U
S S M S U S
S S M S S S
S M U S - S
S U S S U S