![2-Chloro-4-[(methylamino)methyl]pyridine](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAsOAAALDgFAvuFBAAAB3HpUWHRtb2xTb3VyY2UAAHicfZRtb6MwDID/ipXP14S3QleVTlWnk07a7sNtk+7b5Ia0QyLJFOjbvz+HwlZuG4AUx/bjxHbC4vakKzgoV5fW5CzkAQNlpC1Ks8vZ89PPyYzdLheSnMjR1Dl7bZq3uRDH45HLV6XxZA2XVrOLfX6qy4HPMebW7UQUBKH4+3D/2DKT0tQNGqmIqst53SrvrcSm3cU3SwiN7lAacXEX2h0u0V6iwH8BP9UF+8hlTbYVobAtKwVb6zQ2cIgCTl/wA3bKKIeNKmBzJnXME8p9uXi4s3KvlWlI9BFKidVj4/aSFNpWSu4pGAm/7nKmQwKwsXrlHJ7BS16NIWAEGAMmgFPAFDADnAHeAIa+vpXyCzyd3xTtEn7DuntbqYI1VSXKGe2SHuiGkMdxnPVDxNM0S/qhU3aek8GUwZlipTxMyZTwlBoBMZ9NaYh4HLaRp4nHejzgWfaxbj+9eFG+4j3h5WJjTXElQlnkbBOythJ/1LaOumIwsK5Qjs6XD+Bdr4FoCPjSjQPxEPCFHgeSIeDb8g6svgKmQ8A3cRxIh4Bv+TiQDQF/QMaB2RDwx2k86ZtPgD98Y0t4+391+hoRV40X/a0g8dONEVfXSdBPZPkPVMxTl+9bR+cAAAypSURBVHhe7Z0LbFTFGscrJlAeItaIINQqmGhpa3j5qNCiECNSjRTTLYkSfIRnAyrYaDBgUBFJBCWKCdhLqWXRtijZeoG+IG0RehVuKG15lEulFUR6bQtaHm2lfnf/w+3SDmfPbg/d7Z4z3y9p2p2ZMzO7vz1zZuacmQYRoxxBcgBjfVi6grB0BWHpCsLSFYSlKwhLVxCWriAsXUFYuoJYSrrdbqeIiAgKDg6myMhIysjIcMUFBV3/VrXCVMAy7zo3N5dCQ0MpLy+PGhsbqby8nGw2myteS7BWmApY5l3HxsaSw+GQg11oCdYKUwHLvOuQkBBqaGiQg11AsNaPiljmXXsjXUYrTAUs865jYmIoOztbDnahJVgrTAUs865zcnIoLCyM8vPzXR25xMREV7yW4LYw/O7VqxclJSVJKazJ9Z+EiUlPT6fw8HAhMCoqijIzM11xetJBRUWFuESowPWfhKL06NGDNm7cKAdbEpb+fw4cOED9+/eXgy0JS6erzXzv3r3p9ddfl6MsiaWk19TU0OTJk+VgRsJS0n/66SdlmugbgaUrCEtXEJauICxdQVi6glhK+v79BygkZJAczEhYSvrhw/+l2NhUOZiRYOkKwtIVhKUrCEtXEEtJr6k5T/Hx38jBjISlpDPewdIVhKUriKmkjxmzXg7qEIa/k5Pz2sVqH6M6lpMeF2en8vJazXjmKpaT7nAco1mzri160DpGdUwnXeunfXxr699ks2XRnj01rjCmI6aTLiNLB8XFNZSYmCW+AFrHqI4lpQM08dnZlZrHqI5lpZeV1YpOndYxqmNZ6QDDt7aw48fradGiXDE/rzqmkn4jNDdfoTVrSig6OoWWLy+k+vpLchJlUEZ6G7gps3DhTnE3btOmg9TS0ionsTzKSW9j795f6PnnM2jq1K+psPCkHG1plJUO/vqrlez2Mnr88VSaN++fVFXlfvsSK6G09DbOnbtMK1YUi+v9Rx8VUUPDeTmJpWDp7UAPPyFhmdiR4vPPP3e2BH/JSSwBS9cgKyuL7r33XrH7ZEFBgRxteli6G5qamuiDDz6gfv360XPPPUcnTpyQk5gWlu6BX3/9lWbMmCE2L3rrrbfozz//lJOYDpbuJSUlJfTggw9aYq0cS+8EhYWFdMcdd8jBpoOld4KioiK688475WDTwdI7AUtXEJauICxdQVi6grB0BWHpCsLSFYSlKwhLVxCWriAsXUFYuoKwdAVh6QrC0hWEpSsIS1cQlq4gLF1BWLqCsHQFYekKwtIVhKUrSF5eHg0YMEAONh0s3Uu2bt1KgwcPpptuuommTJlClZWVchLTwNI9cOjQIXriiSfERgWfffYZnT59ml5++WWxinXRokV0/rz5dq1g6W6oq6ujuXPnCrlJSUlUX1/fIX7//v00btw4saBxw4YN1Npqnl2qWLoEthz59NNP6bbbbqNJkyZRRUWFnKQDdrudQkNDaeTIkWJVqxlg6e3IycmhBx54gIYPH07btm2To91y8eJFevfdd6l3796UkJBAJ0+elJMEFCzdCTplcXFxdMstt9DKlSupublZTuIVNTU1NH36dAoODqalS5fShQsX5CQBgdLS0QlbvHixuG6/9NJL9Ntvv8lJDFFcXEyjR4+moUOHUnp6uhzd7SgpHZ2uL7/8UnTCHnvsMfEvuLsalJGSkkIDBw6k6Ohon5RhFOWkY1Zt1KhR4izcvHmzHO2Ry5cvy0G6/PHHH/Tmm2+6WpMzZ87ISfyOMtKrq6spMTFRdLaWLVsmOl96NDY2UkZGhthZCq3BPffcQzfffDMFBQWJ33iNcMQjHdLrcfz4cXrmmWdEv+HDDz803G/oCiwvHXIhGbJtNpuQr8fu3btp8uTJ4sxEL/6NN96gTZs20a5du8TwDT1z/MZrhCMe6ZAex+F4PXJzcyk8PJyGDRtG3333nRztFywtHc03mnE052jW9SgtLaWnnnpKbBa4ZMkSOnLkiJxEF6THcTge+SA/d2AuYO3atWIuYOLEiVReXi4n8SmWlI7ZMjS96Kihw+Zptuy9995zzbzV1l77n25GwPHIB/khXz0w6zdv3jyRdv78+eK1P7CUdOzmiFk0fIgYinmaF0fTjyZ/yJAh4ovSlSA/5Iv8PfUfysrKxPw+7uDhcuFrLCUd19mePXt6dQfs0qVL9PDDD9Mjjzzisx418kX+KAfleQJ9DzT5vsZS0jEW9mYbz7//xj/sswkhnR2CdRbkj3JQHsrVA508jAp8jZLS33//fdH0+uoMl0E5KA/l6sHSDeCN9IMHD4prfldfwz2B8lAuyncHSzeAN9IxlkbvujtAuSjfHSzdAJ6kY+IE4+izZ8/KUX4B5aJ8dxM4LN0AnqTjLMMESneC8t2d7SzdAHrSceMD19TDhw/LUX4F5aMeqI8MSzeAnvTMzEwxRx4IoB6ojwxLN4Ce9JkzZ/pltssbUA/UR4alG0BP+qOPPkppaWlycLeAeqA+MizdAHrSw8LCxAqVQAD1QH1kWLoB3EnH9Cc6T/6+hekO1AP1kadlWboB3ElHTxlPvPhr2tUTqAfqI/+PN5ZuAHfS8WgSPmQ+06+ihHTQp08fys/Pl4O7BdSDr+ldhJ70qKgo+uqrr+TgbgH1wO1WGZZuAD3pWHmSnJwsB3cLqMeLL74oB7N0I+hJX7duHY0YMUIO7hZQD61n7lm6AfSk419hY0OBn3/+WY7yKygfz81rPQTJ0g2gJx3gWbXVq1fLwX4F5WNduxYs3QCepG/cuFE8tuTr5+LcgXJR/pYtW+QoAUs3gCfpTU1N4kP/5JNP5Ci/gHIjIiLcPofP0g3gSTpITU0V24J5eia+q0F5KFfrlmobLN0A3kjHWTZ+/HiKj4+Xo3wKysOCBnkWrj0s3QDeSAfoQd9666308ccfy1E+AeXcddddHp/NY+kG8FY62Llzp9gmxOFwyFFdCvLHilnsTuEJlt5J0GxipqtHjx60b98+OVoTXN+xDApbgvkC5Iv8UY4nrly5QgsXLhQtkK+xhPSSkhIxBh80aBDFxMSIO1iY5jx16pSc9DowfMIZ/84774glxF0B8kF+yNfd8Kw9eCQa9wbuvvtuv1xyTC0duzdCLiS//fbbrvvTVVVVouPUt29fsVzY07j8xx9/FM0qpkcLCgrk6E6B45EP8kO+eqCe06ZNE/Vcvny5x3p2FaaUjg8H68LwYU2dOlVMsWqBVayRkZFCALYI0QPbh7z22muiOUae27dv93qLEKRDehyH45GP3nYkiMPz7/iyvvDCC161SF2J6aRjnAuJkOnNWYlr5RdffEG33347TZgwQXctGcDZh+1BsTcMlg1jH9j169cLqdhdAtuP4DdeIxzxSIf0OA7HuwP9DmxZgp78Qw89RHv37pWT+AXTSC+tK6UJSROEPNwxg8zO0NDQQAsWLBBn16xZs6iu7vrFBu3BRgLY+XnOnDk0duxYsRwJT9+0/eA1whGPdJ42Hjhw4Kir34GOnd543dcEvPTfL/9Os4tnU6+UXrTg+wVU39BxY97Ogr1h4uPnOM/6FNq8+ZCz06U9JeoOrZUpetTWXqClS3fT6NEfOX+vvO65uO4gYKW3tLbQmrI1NCB1AD25/Uk63NC1y5GKiqqd8r8RPz/8UCNH3zDNzVcoJeXfNH78P2jx4lzndbtzXxZfEpDSd/yyg+7PuJ/u+/o+clT7bvKkpaWV0tJKKTY21dn076Dq6nNyEkMUFFTRs89uoYSETGcP/rQc3e0ElPRj547R0zuepv6p/WlV6SpqbvWu93yj1Ndfcg7tiig6OoVWr97nbIKNlVtZWUezZ39PEyemOUcLFc5+R+cuHf6i26UHrb9ahdxTueK6/UrhK3T2kv4cta84evR3evVVB02alEbffnuEWlu962ydP3+ZVqwoFl+aVat+cF73m+QkAYVfpNv/Y6eIzAgKTgmmyKxIyqi6NmZuk36u+Zw40wOB3NwTFBdnd/ayrw7vxoxZT8nJHZdEIayNtWv/JS4PVVUN7VIELj6XjjM41B5KeafyqLGlkcrry8mWb3PFt0kPNHC9R2cMQDC+BOXl1zYWbC/dbPj8E4/NjtXtjAWq9PZAsMNxzDm+z+4QZlZ8/omHbAqhhib3zZ5ZpOP6brNl0Z49V4d3LF0Hq0gHxcU1lJiYJb4ALF2HGEcMZVdfaxZlzCQdoInPzq5k6XrknMqhMHsY5Z/Od3XkEgsSXfFmk15WVis6dSzdA+nH0yk8I1yMw6Oyoiiz6toToWaTDjB8k8PMROB/4kyXw9IVhKUrCEtXEJauICxdQVi6grB0BWHpCsLSFYSlK8j/AOy31I6JoQFhAAAAAElFTkSuQmCC)
| 3H31-5-Z6 | |
| N-[(2-Chloropyridin-4-yl)methyl]-N-methylamine | |
| 97 % | |
| 748187-76-0 | |
| MFCD06654462 | |
| C7H9ClN2 | |
| 156.61 |
| Units | Price (USD) | Availability |
|---|
PN: 3H31-5-Z6
CAS: 748187-76-0
Molecule Weight: 156.61
Formula: C7H9ClN2
![N-[(2,6-Dichloro-4-pyridyl)methyl]-N,N-dimethylamine hydrochloride](data:image/png;base64,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)
PN: 3H32-5-9G
CAS: 849060-72-6
Molecule Weight: 241.54
Formula: C8H11Cl3N2
PN: 3H30-5-Y1
CAS: 144900-57-2
Molecule Weight: 142.59
Formula: C6H7ClN2
PN: 3H30-5-07
CAS: 916210-98-5
Molecule Weight: 179.04
Formula: C6H8Cl2N2
PN: 3H30-5-U9
CAS: 88579-63-9
Molecule Weight: 177.03
Formula: C6H6Cl2N2
![N-[(2,6-Dichloro-4-pyridyl)methyl]-N,N-diethylamine hydrochloride](data:image/png;base64,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)
PN: 3H32-5-9H
CAS: 849060-78-2
Molecule Weight: 269.59
Formula: C10H15Cl3N2
ammonium bromide](data:image/png;base64,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)
PN: 3H33-D-03
CAS: 849060-73-7
Molecule Weight: 342.1
Formula: C12H19BrCl2N2
PN: 4H48-5-H5
CAS: 131418-11-6
Molecule Weight: 170.6
Formula: C7H7ClN2O
TSCA: Not listed on TSCA inventory