| Product Number | 4H56-1-NH |
| Synonyms | 3-Methyloxetan-3-amine |
| CAS | 874473-14-0 |
| MDL Number | MFCD11111713 |
| Molecular Formula | C4H9NO |
| Molecular Weight | 87.122 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4H56-5-62
CAS: 1363404-87-8
Molecule Weight: 123.58
Formula: C4H10ClNO
PN: 4H56-1-121
CAS: 1305208-37-0
Molecule Weight: 103.121
Formula: C4H9NO2
PN: 4130-5-02
CAS: 251660-96-5
Molecule Weight: 139.62
Formula: C5H14ClNO
PN: 4H56-1-785
CAS: 1365969-62-5
Molecule Weight: 101.149
Formula: C5H11NO
PN: 4H56-5-0W
CAS: 1379288-48-8
Molecule Weight: 137.61
Formula: C5H12ClNO
![[3-(Methylamino)oxetan-3-yl]methanol](data:image/png;base64,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)
PN: 4H56-1-786
CAS: 1416323-17-5
Molecule Weight: 117.148
Formula: C5H11NO2
Refractive Index: 1.444
Density: 1.937
Flash Point: 96 ℃
TSCA: Not listed on TSCA inventory
