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Chloroform-d

CAS 865-49-6

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Chloroform-d 99.8%D stabilized with Ag

Material Number	Pack Size
300433	On Demand
301431	100g
300588	100mL
301132	2.5L
300349	25mL
300590	500mL
301196	50mL
301499	100mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.80
w(H₂O) ¹H-NMR	%(w)		0.010
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.020
GC Content	%(w)	99.0

Chloroform-d 99.8%D not stabilized

Material Number	Pack Size
300816	100mL
300857	250mL
300347	25mL
300348	500mL
301197	50mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.8
w(H₂O) ¹H-NMR	%(w)		0.010
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.020
GC Content	%(w)	99.0

Chloroform-d 99.8%D + 0.03%V TMS stabilized with Ag

Material Number	Pack Size
300584	100mL
300821	2.5L
301287	200L
300913	25mL
301367	500mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.80
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

Chloroform-d 99.8%D + 0.03%V TMS not stabilized

Material Number	Pack Size
300489	500mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.80
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

Chloroform-d 99.8%D + 0.1%V TMS stabilized with Ag

Material Number	Pack Size

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)		0.010
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.020
v(TMS) ¹H-NMR	%(V)	0.090	0.110

Chloroform-d 99.8%D + 0.1%V TMS not stabilized

Material Number	Pack Size
300442	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)		0.010
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.020
v(TMS) ¹H-NMR	%(V)	0.090	0.110

Chloroform-d 99.8%D + 1%V TMS stabilized with Ag

Material Number	Pack Size
301201	100mL
301428	500mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.80
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)	0.900	1.100

Chloroform-d 99.8%D + 1%V TMS not stabilized

Material Number	Pack Size
301173	100mL
301381	250mL
300919	25mL
300876	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)		0.010
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.020
v(TMS) ¹H-NMR	%(V)	0.900	1.100

Chloroform-d 99.95%D stabilized with Ag

Material Number	Pack Size
300591	100mL
300592	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)		0.005
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.010
GC Content	%(w)	99.5

Chloroform-d 99.95%D not stabilized

Material Number	Pack Size
301208	100mL
301174	10mL
301399	10mL
301477	50mL

Test Method	Unit of Measure	Minimum	Maximum	Target
Vis. lnsp. (colorless)				colorless
Vis. lnsp. (liquid, 25°C)				liquid
D Content ¹H-NMR	%(mol)	99.95
w(H₂O) ¹H-NMR	%(w)		0.005
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.010
GC Content	%(w)	99.5