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Dimethylsulfoxide-d₆

CAS 2206-27-1

Synonyms: DMSO-d₆; Methyl sulfoxide-d₆; Hexadeuterodimethyl sulfoxide

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(DMSO-d₆) is the deuterated form of Dimethylsulfoxide, in which all Hydrogen atoms in Dimethylsulfoxide molecule have been replaced by Deuterium (D) atoms.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

Dimethylsulfoxide-d₆ 99%D

Material Number	Pack Size
300655	500mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.5
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

Dimethylsulfoxide-d₆ 99.5%D

Material Number	Pack Size
301164	On Demand
300656	100mL
300434	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)	99.50
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

Dimethylsulfoxide-d₆ 99.8%D

Material Number	Pack Size
301342	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)	99.80
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

Dimethylsulfoxide-d₆ 99.8%D + 0.03%V TMS

Material Number	Pack Size
300497	10x0.75mL
300660	10mL
300661	25mL
300817	50mL
300818	100mL
300436	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)	99.80
w(H₂O) ¹H-NMR	%(w)		0.020
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.030
v(TMS) ¹H-NMR	%(V)	0.020	0.040

Dimethylsulfoxide-d₆ 99.8%D + 0.1%V TMS

Material Number	Pack Size
300799	50mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.80
w(H₂O) ¹H-NMR	%(w)		0.020
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.030
v(TMS) ¹H-NMR	%(V)	0.080	0.120

Dimethylsulfoxide-d₆ 99.9%D

Material Number	Pack Size
300493	10x0.5mL
300494	10x0.6mL
300495	10x0.75mL
300881	10x1mL
300657	10mL
301530	10mL
300658	25mL
300659	50mL
300849	100mL
300451	1L
300450	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)	99.90
w(H₂O) ¹H-NMR	%(w)		0.020
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.025
GC Content	%(w)	99.0

Dimethylsulfoxide-d₆ 99.9%D + 0.03%V TMS

Material Number	Pack Size
301526	On Demand
300499	0.6mL
300500	0.75mL
300662	10mL
300663	25mL
300863	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)		0.025
v(TMS) ¹H-NMR	%(V)	0.020	0.040

Dimethylsulfoxide-d₆ 99.9%D + 0.1%V TMS

Material Number	Pack Size
301340	On Demand
301404	10x0.6mL
301253	10x0.75mL
301199	10mL
301432	10mL
300911	25mL
301281	25mL
301433	50mL
301368	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)		0.025
v(TMS) ¹H-NMR	%(V)	0.080	0.120

Dimethylsulfoxide-d₆ 99.9%D + 1%V TMS

Material Number	Pack Size
301340	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)	99.90
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)	0.800	1.200

Dimethylsulfoxide-d₆ 99.95%D

Material Number	Pack Size
300912	10x0.5mL
301686	10x0.6mL
300496	10x0.75mL
301296	10x10mL
301135	10mL
300374	25mL

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

Dimethylsulfoxide-d₆ 99.95%D + 0.03%V TMS

Material Number	Pack Size
301531	10x0.75mL
301137	5mL
301369	25mL

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
v(TMS) ¹H-NMR	%(V)	0.020	0.040

Dimethylsulfoxide-d6

Dimethylsulfoxide-d₆