![2-[2-(Morpholin-4-yl)ethoxy]ethan-1-amine](data:image/png;base64,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)
| Product Number | 4H56-1-EE |
| Synonyms | 4-[2-(2-Aminoethoxy)ethyl]morpholine |
| Purity | 98.0 % |
| CAS | 20207-13-0 |
| MDL Number | MFCD11934676 |
| Molecular Formula | C8H18N2O2 |
| Molecular Weight | 174.244 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4H56-1-EE
CAS: 20207-13-0
Molecule Weight: 174.244
Formula: C8H18N2O2
PN: 4H56-1-BF
CAS: 22633-57-4
Molecule Weight: 175.228
Formula: C8H17NO3
![2-[(2-Methoxyethyl)(methyl)amino]ethanol](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAZAAAAJYCAYAAABM7LCIAAAACXBIWXMAABSYAAAUmAEqdjHpAAABxHpUWHRtb2xTb3VyY2UAAHicfZNtb9sgEMe/yonXKxjs2E4Up6paTZrUbtLaSXs3EUxSJAMVJk/ffoezbrGyWkbmOO535n+cl7dH28Feh9541xBOMwLaKd8at23Ij5fPNzW5XS0VBmGg6xvyGuPbgrHD4UDVq7by6B1V3pLz/uLYm1HMIac+bJnIMs5+Pj0+D8yNcX2UTmmkerPoB+ejVzIOp/jgE8zKsDeOncOZDftztl8iSyOjx74l/7Tc494dorAxnYaND1ZG2IuM4sg+wVY7HWTULaxP6M5pgdpXy6cHr3ZWu4hmymCU7J5j2Cl0WN9ptcNkaHx5aIjlCMjo7V0I8gTJSm7JQQqQOcgC5AxkCbICWYOcY207nZK/nN40nhC+wT0+X4c3rrAcIl3CfCZKyKmoyxwKWmLxYIbOvIIKnVXxPtW4xzOY415RAeforQsCJ0wiaFliBMrKcfrvilMuPghBXeyvsNVy7V17YYJpG7LmZFD8XW968Uc0AR9aHVBCSpBCLwExBlKJpoF8DKSCTgPFGEjlnwZmYyBd1jRQXgHVNFCNgdQI00A9Bs5tcw2wizth742J5lXTsouOZvgfr34DSJoxW7zUF/IAABtMSURBVHhe7d0PsJ3jncBxGn9aQlXU1Na/sS3tCjpWUmKXsmKt0W1tdMeOYFlaZlgx2q0/XVmUiVlWjNphZVWIUrNMakttU9sm2yqt1lZQqohFQtNQQuT/s+c5p+fcmzfn3rz55eSec+75fGbO4L7PPZF7zn2/57zv87xnkwQAAZsUvwAAZQgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAAhAgIACECAkCIgAAQIiAb01NPpXTmmSnttVdKW2+d0lZbpbTnnimdcUZtG0BddH+xySa122DKjAlo/T1SM2VKSiNG9D1wxVveduWVxe8CetGG7C/KxKHMmIDW3yMpTZ1ae7A23TSlv/u7lB55JKXFi1N6552UfvKTlE47rbYtj7n22uJ3A71kQ/cXZeJQZkxA6++x1/3f/6W0xRa1B+vmm4tb++RteUwe+9JLxa1AL2jF/qJMHMqMCWj9Pfa6Cy+sPVDHHVfcsrYJE2pjL7qouAXoBa3YX5SJQ5kxAa2/x143Zkztgfqv/ypuWdsDD9TGfvKTxS1AL2jF/qJMHMqMCWj9Pfa6D3yg9kAtWlTcsraFC2tjR40qbgF6QSv2F/U4lLm1WOvvsddttlntgVqxorhlbcuX18bm72GDvPXWW+nYY49NW2+9dbrwwgvTypUri0NogalTp6ZtttkmfepTn0q//e1vi5tZX63YXxQjMditxVp/j72uFa8oKG316tXplltuSTvttFPlR7lJ4zZ69Oj04IMPFocT9Mgjj6SDDjpojZ/xByrP9Wuvvbay7yux86O5VuwvysShzJiA1t9jr6sf0/zud4tb1paPe+axY8cWt1DCQw89VPnRjW3s0HJEJkyYkEaOHNn42mc/+9n03HPPFb+VkubPn59OPvnktOmmm1Z/nltssUX1Z7zHHns0fsYf//jHK0/lEsfwWVsr9hdl4lBmTEDr77HXXXBB7YH63OeKW9aWZ17ksXkmBqW9/PLLaeLEiY2d2pZbbpkuuuiitDjPna945ZVX0kknnbTG9gsqj0s+zEU5y5YtS1dccUX1cFU9FJ/5zGfSr3/968b2KVOmpG233bax/Zhjjkm/+tWvCvfEoFqxvygThzJjAlp/j73uxRdT2nzz2oN1663FrX2mT6+NyfO681xw1undd99Nl156afU8R32nlV8NP//888WhVQ8//HA68MADG2PzO5Svf/3r1cNeDOyee+5Z4x3G3nvvnWbNmlUcVvXqq6+mU045Jb3nPe+pjs3vUL74xS+mN998sziUZlqxvygThzJjAlp/j6R01VW1ByuvHj399Npq0ryqdMmSlH7605Q+//m+laX/8i/F76aJu+66K+2+++6Nndq+++6bvv/97xeHNXVr5Rfzwx/+cON7x4wZUz38xZrmzp2bDj/88MbPafvtt09f+9rXSp3j+GnleX3wwQc3vnfHHXdM06ZNS6tWrSoOpWhD9xdl4lBmTEDr77GXzJmT0tNPF79a89WvpsrLsr4HrnjL2y6/vPhdNXl2y333pbR0aXFLz3nsscfSoYce2tgx7bDDDumGG25Y71lW+fBWPsz13ve+t3Ff+TDYS8VVvT0oz6Y688wz02abbVb9ueR/nnXWWWlRmRO7BbfffnvaZZddGj/j/fffv/JrMqc4rPfk52t+FzfQ821D9hf1MYMpMyag9ffYCx59NFVebtUekE98ori1zxNP1K6k+dGP1q6s+b731f79C1+obRtI3p7ve4898vGE4tae8Jvf/KbyYuz0NGLEiOqOaPPK2/xJkyalN954ozh0veTDXfmwV30Hlw+H5cNi+fBYr8nvLPIsqjybqv7zOOKIIypPzUGemyW8U3n1PHny5MrT/X2N+z3++OPTi/lwTS/KswFHj679Tv/lXxa39onuL8rEocyYgNbf43D26qspnXpq3yuFfDzyn/+5OGrD3X9/Sttv3/egH354So8/Xhw1LC1fvjxdffXVabvttmvsfI466qj0y1/+sjh0g+TDX/kwWP3PyIfHvvnNbxaHDVt51lSePVX/+3/kIx9JM2fOLA7bIDkYORz1PyMHJYclB6Yn5Nl/xx7b93s8cmRKt91WHNXVBKSMZctql1Ledtu+J8Mxx6S0MWec5MMHZ53Vt9Ao/zN/VsAwXrx13333pb322quxw9lzzz3Tt7/97eKwlsmHwfLhsHxYrP5nHnLIIdXDZsPV88/Pr7wDO6nx982zqPJsqjyramPJh7Dyoaz6n5kPceVDXcNWnu2XZ1dtuWXtdzefvzjppDw9sDiy6wnIunzrW6ny8qwvHJVXbaWuW9MqTz6Z0hFH9P35eeFRvqRziROb3eLpp5+uvsuo72De//73p6uuuqr6bmQo5MNi+fBYPkyW//x82Ozzn/9CpdUbdrisk7z99rLK0+bh9Ed/dF4aNerAypvoEdXZUwsWLCgO3SjyyfR8Uj2fXK8/zvmk+6P5cPBwkWf33XJLSjvt1Pf7mq9b9fDDxZHDhoAMpNmOO1+3v1077naHbCNotuM+7bTTquc/2iEfJquHbOTIP0yjR5+ebrvt55WHvHtnEq1atTrNnPnLNH78remP//jG9IlPTE1/9VeT089+1p5Donl6b57mm6f75p9znv6bQ5anA3e1PKuvvigw3/7gD2pTb4f5lHEBKVhWPHSUPwksn9jqhENH+TBD/uSyoTyUthHkQ0c33nhjxx46uv/+B9K4cX9bafRF1Z3uscfemX74w+47AfzYYwvSCSfcXf075NvRR9+evvOdZ4vD2iIvOMwLD/sfSrvyyis36qG0jeLll1OaOLFvmm0+bJUvt/77Ra3DnYD8Xp6Rkue8nzVqVFpY3zkfdlhnnrzOr9Yqr9rWOJlfeVWXumDxVj55vd9++zV2HLvttltHnrxesWJlmjHjF+nQQ7/e2AGfffb9ad68zj+stWDB4nTBBd9r/H+PG/fv6YYbfprefbdN754H0exk/rfyu+1Ol2ftXXpp7bPL6/uL/HkdAyxqHa4EpOJ73/tedbVtfgJvV7ndmafP3n13cVjnyYuM6tOJ823HHVOaNi0ftyiObLsXXnghHXfccY0dRbdMn3399XfTV786O40Z82/VnfEnP3lTuvrqh9Jbb3XeK+UciBtvfLQajHo8ckhyUDrZQNOJn8yHkTvRXXeltPvufb93++6bXxkVR/WEng5Ivq5Pvthe/UmbL8J3+eWXp+XdtoAvz2jZZZe+J/T++9cWOXaAt99+O33lK19ZYwHfCSec0HUL+J555rfp9NPvbeyY/+zPpldeYzxVPcfQCfKhqXyIqv7/lw9d/fznQ3OCvFVauaBxY3g9H2I99NC+37MddkiVt3a1RYI9qicDki+qd/7551cvspefqPmie/mKo/nKo10rz62fPLm2+Kj+BD/++LS0jYu3ml1C5Ec/+lFxWFf57nefS5/+9DcaO+q/+Zv/SI8+2r7pmU89tTCdeuq3Gv8/+WR5PmneKWGLePzxx8OXVNkY8qSOc04/PZ07YkR6LP9e5WtXTZqUZ4EUh/acngpIvohevpjehz70ocaTM19sL3/WwbCRg1EJRw7Iosrt2kpQ/nWIF28VL2KYf97D6SKGy5atTDfd9LP0J3/Sd6joH/5hVnrllaG72u+iRUvSJZf8oHFo7cADb0pTp/44LV7ceYfWou6+++61LuqYDzcPleKi1gMrt/uOOiqtbvGi1m7WMwHJr3zzK+D6kzG/Ms6vkIetOXPSD/ffP/317/++Q7F4q9ll1PM7veF6GfXXXns7/eM//ncjIgcdNC1df/1P0pIlG++V8vLlq9L06f+bDjmk7+T+pEnfqbxu+F1x6LCwdOnS6mHlgS4rv7EM9aLWbtXSgNR/2IMpM2Yg+YOBzj333OolKPKrgryDyrN4xo0bly6++OKm1/DJx9rzMff6n5uPxedj8vnY/HC3etWqdGeTxVv5yqmtVP8lL36Q08b+Je8Uv/jFq+nEE+9p7ND/4i9mVHZAzadW18ccfvj06uK+ZupjimbPnlf5ud7R2H7ccd9MP/5xd51Limr2wVZf/vKXW/7ipN2LWrtNbE8+gDJxKDOmmfxWsn5ybbBbf3mhWv9rKuVZQHk2UK/ZmIu3iocZ8kfJDuVhhk6Rj87de+8z6c///LbGDv6MM/5zrXVk9W35lqfWNtMsIBdd9GDj64cddkv6xjfmppUrO2+23cZW/GjdfHj05ptv3uDDo522qLVbrP+efBDNduJFZcYUXXPNNdXvqZ/snj17dvUBz698582bV/1shzwlNB8j7W/JkiXVnVt+wpX97IjhrJWLt/KJzsMOO6xxX6NGjUrXX3/9el9mfbh5553l6brr8k5uWnVHX9yv9Q/In/7pzZXn8drTmJsF5HOfu6t6vuOKK/4n/e53a39Pr7ntttvWmKBxwAEHhCZodPqi1k63fnvydSgThzJj+stX9Ky/KpgxY0ZxMwEbsngrT7U844wzGpdZz+8Kzz777PT6668Xh/a0N99cWj3RXVSPQz5vkf+Z15QUNQtIDk1ek0KfDZ0i3i2LWjtZ+T15CWXiUGZMf/kkbP2JQeus7+KtPH7q1KlrjB8/fvyA42muHoe8ruSAA2on3vPJ+GZjKKe4SHWrrbZKl1xySfUIRDPF8d2yqLUTld+Tl1AmDmXG9FefOfVg/lAWWq7M4q0HHnggfexjH2s8duvzjoU19Y/D+efPqv77ZZfNHnAM5f3gBz9Y6x3FnXfe2di+oe9YWFv5PXkJ9QelzK2svIgoj++U1ajDVbPFW/nDf44++ujG1zbknAk1/eOQr6uVz2uMHXvTGtNwBSSufk7jgx/8YON5m89pXHbZZcNuUWsnKL8nL6EYicFuZdVfGbdrFWqvueeee9aYVZVvedbWqaee2pJZW72uGId/+qfvV/87X7NqoDGsvzzJJk/5r58/rd+G26LWdiu/Jy+hTBzKjOnPO5Chl2e3felLX6rOett5552H14f+tFkxDvPnL66uIs/nQ/J5kWZjiMvrOvKEkfxczlPXW71upNeV35OXUCYOZcb05xwIw0mzOFx55Q+rX/v7v//OgGOgE5Xfk5dQJg79x8ycOTNNmDCh+io3r2LOJ8Cuu+66NdYS1GdhTcwf2gJdrlkcFi58p3EJ9vwhUM3GQCcafG+/ntY3IPkE7fTp0ytv3Z+pTrmbO3dudSrpOeec0xhfXweS34Lecccdja9DNxooDvnzyvPXTzut78q60OkG39uvp/UNSDN5Sl2e7dNfvhZN/p76ccw5c+ZUL8+RZwPlwOSV6HmWRb6MBnSygeKQV5f3v0BiszHQaQbekwesKw7ZusYsWLCgeuK8aMqUKY3Vz4PdoJMNFof8aYICQjdp6R63zE58oDH5vEc+lJWv1XTeeecVN1c9++yz1Que7bPPPtV3KflqvLvuumv1CrN5zYJV0XS6weKQr86br9I72BjoJGvvydug/zuIHId8eAqAztYRAcny9fbzSfR8faUTTzyxuBmADtMxAanLHxyTP30MgM7WcQHJV8rMny0BQGdra0Dymo9Zs2alhQsXpsWLF1en4+aPp82LBwHobG0NSL48yZFHHln92Nk8dXfs2LFp2rRpLnRGz8ir0F95xfWZ6E5tDQj0svw6afz4W9PBB/97dQovdBsBgTZZsWJVY81HviovdBsBgTYRELqdgECbCAjdTkCgTQSEbicg0CYCQrcTEGgTAaHbCQi0iYDQ7QQE2kRA6HYCAm0iIHQ7AYE2ERC6nYBAmwgI3U5AoE0EhG4nINAmK1asTLvscnz19vLLC4uboeMJCLRJ/hjnTTbZpHqbN29ecTN0PAGBNhEQup2AQJsICN1OQKBNBIRuJyDQJgJCtxMQaBMBodsJCLSJgNDtBATaREDodgICbSIgdDsBgTYRELqdgECbrFq1Km2xxRZp0003Ta+99lpxM3Q8AYE2uvfee9Ptt99e/DJ0BQEBIERAAAgREABCBASAEAEBIERAoA2ee+65dO6556Z99903bbfddmnLLbdMu+22Wxo3bly6+OKL0xNPPLHG+Pp6kcGUGQOt5NkGQ+zqq69Om222WWOHP9Ctv2ZfKyozBlrJsw2G0DXXXFPdyefFgyeffHKaPXt2euONN9LSpUurq9EfeuihdOmll6a99957je8rE4cyY6CVPNtgiLz44otp8803r+7kZ8yYUdw8qDJxKDMGWsmzDYbI+eefX93Bn3DCCcVN61QmDmXGQCt5tsEQGTNmTHUH/+CDDxY3rVOZOJQZA63k2QZDZPvtt6/u4BctWlTctE71OJS5wVDxbIMhUp95tWLFiuKmdSpGYrAbDBXPNhgirXgHMpgyY6CVPNtgiDgHwnDj2QZDpD4La+LEicVN61QmDsUxM2fOTBMmTEg777xzGjlyZNpvv/3Sddddl1auXNnvuyBu8Gck0DL1dSB5EeEdd9xR3DyoYhyaKY45+uij0/Tp09MzzzyTlixZkubOnZuOOOKIdM455/T7Logb/BkJtNRVV11V3cnniJxyyilpzpw56c0330zLli2rBiavRL/sssvS6NGj1/i+YhyaKTPmpZdeSttuu23xyxAy+LMNaLkpU6akESNGNHb4A936a/a1ojJjFixYUD2ZD60w+LMN2CieffbZNGnSpLTPPvtU3xHkq/Huuuuu6eCDD06TJ09OTz755Brjy8RhsDH5vEc+lHXMMcek8847r7gZQpo/24Bho/+7mhysfMgMWkFAoAcsX768ehJ9/Pjx6cQTTyxuhhABgR4yf/78tM022xS/DCECAj3khRdeSKNGjSp+GUIEBIapvOZj1qxZaeHChWnx4sXVKcL5I3PzgkZoBQGBYSpfMuXII4+sfuZ6nro7duzYNG3atLR69eriUAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAj5f8n69xOK4tG0AAAAAElFTkSuQmCC)
PN: 4156-1-74
CAS: 288383-69-7
Molecule Weight: 133.191
Formula: C6H15NO2
PN: 4H56-9-4V
CAS: 89583-07-3
Molecule Weight: 194.072
Formula: C6H12BrNO
Boiling Point: 75 ℃
DOT/IATA/IMDG: UN 2735 - HC 8 - PG III
Hazard Statement: H302-H312-H314-H318-H332-H335
TSCA: Not listed on TSCA inventory
