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Acetone-d₆

CAS 666-52-4

Synonyms: Hexadeuteroacetone

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Acetone-d₆ is the deuterated form of Acetone, in which all Hydrogen atoms in Acetone molecule have been replaced by Deuterium (D) atoms. It is a standard purity solvent for NMR analyses.

Acetone-d₆ 99%D

Material Number	Pack Size
300429	2.5L

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.00
w(H₂O) ¹H-NMR	%(w)		0.050
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.100
GC Content	%(w)	99.0

Acetone-d₆ 99.5%D

Material Number	Pack Size
301571	10×0.75mL
300529	10mL
300530	50mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.50
w(H₂O) ¹H-NMR	%(w)		0.030
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.050
GC Content	%(w)	99.0

Acetone-d₆ 99.8%D

Material Number	Pack Size
300941	10x0.5mL
300364	10x0.6mL
300484	10x0.75mL
300531	10mL
301493	10mL
300820	25mL
300532	50mL
300814	100mL
301179	250mL
300345	1L

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.8
w(H₂O) ¹H-NMR	%(w)		0.020
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.030
GC Content	%(w)	99.0

Acetone-d₆ 99.8%D + 0.03%V TMS

Material Number	Pack Size
301774	10×0.5mL
302042	10×0.75mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.80
w(H₂O) ¹H-NMR			0.020
¹H-NMR Purity	%(w)			conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.030
v(TMS) ¹H-NMR	%(V)	0.020	0.040

Acetone-d₆ 99.9%D

Material Number	Pack Size
301366	10x0.5mL
300485	10x0.75mL
300533	10mL
300365	10mL
300366	25mL
301396	100mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.90
w(H₂O) ¹H-NMR	%(w)		0.020
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)
GC Content	%(w)	99.0	0.025

Acetone-d₆ 99.9%D + 0.03%V TMS

Material Number	Pack Size
300862	10mL
301429	50mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.90
w(H₂O) ¹H-NMR	%(w)		0.020
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.025
v(TMS) ¹H-NMR	%(V)	0.020	0.040

Acetone-d₆ 99.95%D

Material Number	Pack Size
300534	0.75mL
301245	50mL
301203	100mL
300344	500mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.95
w(H₂O) ¹H-NMR	%(w)		0.010
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.020
GC Content	%(w)	99.5

Acetone-d₆ 99.95%D + 0.03%V TMS

Material Number	Pack Size
301789	on demand

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.95
w(H₂O) ¹H-NMR	%(w)		0.010
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.020
GC Content	%(V)	0.020	0.040

Acetone-d6

Acetone-d₆