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Methanol-d₄

CAS 811-98-3

Synonyms: Methyl-d₃ alcohol-d; Tetradeuteromethanol

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Methanol-d₄ is the deuterated form of Methanol, in which all Hydrogen atoms in Methanol molecule have been replaced by Deuterium (D) atoms. It is a widely-used NMR solvent for polar organic substances.
Zeochem manufactures highly enriched deuterated methanol with extremely low residual water and organic impurities for NMR and synthetic applications. Depending on the application and sensitivity, we offer Methanol-d₄ with deuteration degrees between 99.8 -99.95 atom%D packed in ampoules, glass bottles and drums.

Methanol-d₄ 99%D

Material Number	Pack Size
300874	1mL
300854	5mL
301247	10mL
300858	50mL
300354	1L
300458	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
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.050
GC Content	%(w)	99.0

Methanol-d₄ 99.8%D

Material Number	Pack Size
300864	On Demand
300502	10x0.5mL
300503	10x0.6mL
300504	10x0.75mL
301291	10x1mL
301478	1mL
300467	10mL
300709	10mL
300711	5mL
301484	5mL
300375	25mL
300712	50mL
300710	100mL
301446	5g
300834	10g
301683	10g
301177	25g
301246	100g

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
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.030
GC Content	%(w)	99.0

Methanol-d₄ 99.8%D + 0.03%V TMS

Material Number	Pack Size
301347	On Demand
300501	10x0.75mL
300845	10x0.6mL
301180	5mL
300707	10mL
300708	25mL
301252	50mL
300908	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
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.030
v(TMS) ¹H-NMR	%(V)	0.020	0.040

Methanol-d₄ 99.95%D

Material Number	Pack Size
301601	On Demand
301325	10x0.5mL
300505	10x0.75mL
300713	10mL
301309	250mL

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
¹H-NMR Purity				conform
H₂O+D₂O Content by KF Coulometer	%(w)		0.020
GC Content	%(w)	99.5

Methanol-d4

Methanol-d₄