| Product Number | 3631-5-0K |
| Purity | 95 % |
| CAS | 46234-01-9 |
| MDL Number | MFCD00600608 |
| Molecular Formula | C11H16ClN |
| Molecular Weight | 197.71 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 3631-5-0K
CAS: 46234-01-9
Molecule Weight: 197.71
Formula: C11H16ClN
PN: 3631-5-11
CAS: 19271-24-0
Molecule Weight: 181.66
Formula: C10H12ClN
![2-{[(4-Chlorophenyl)methyl]amino}-2-methylpropanenitrile](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAZAAAAJYCAYAAABM7LCIAAAACXBIWXMAABvdAAAb3QEF+SaiAAACEXpUWHRtb2xTb3VyY2UAAHichZRtb6MwDID/ipXP14QkFNqqdKo2TTpp24fbJt23UwpphwTJFOjbvz+H0rW0G+VFdmw/CbFNpne7soCNdlVuTUI4DQhok9osN6uEvL89DkbkbjZNMQgDTZWQj7r+nDC23W5p+qFLtbOGprYkB/9kV+WdmK2k1q2YCALO/j4/vTbMIDdVrUyqkarySdUYn2yq6uYrfliClcptcsMO4ax0m8Ns/0Tgn4Duqoyc9nKPvjmisMwLDUvrSlXDRgQUn+AXrLTRTtU6g8UezZKGuPfZ9PnBputSmxpVP0OequK1dusUDaUtdLrGyVD5/ZCQkiOgalvOnVN78Jo3Kw5KgJKgQlBDUBGoGNQI1BgUD/BFP8cAjhE8xHwX2i/4tv/U+NXg7xe4P91Fq7xgtkRCQtxAHIKgUYSCUy7OR1LK+Cha47c+zAFeR9GJJLDHZSLKI/R0RUgjrCRIOho2lOQoOB2GKAbtXCjj2MvW3ZrbqJjGfjSmAkeYPvaVv9l0YU12pkKeJWTBSZPYP3pZiTa3BKzLtMN29RP40HNAdAFfiX5AXgFhPxB2AV/lfmDYBXxP9ANRF/Ad9AXMvwPiLuD7rR8YdQHfnf3AuAs0vdy/Ce+/RHj/Ivyy2s2vcoMRV8m6iVyXnN9oEn5R9OPP2zLyxLCzNmbHIwPVq+OEnZ01DE/Y2X+4op/yluwCbAAAMWZJREFUeF7t3Qm0FMXdsHFF2UQRBRTEVxFNxLgDGoJARDFG0CjRiFECaPQ9krghGoOoCBGJ0RxBIRFQEZREYtBgwIiEsApCQFwQxYAsgvCJubIvstSXf/vezlTNzL3d1TVzZ6ae3zl9jt6umYG5M/0w093VBygAACwcYP4AAIAoCAgAwAoBAQBYISAAACsEBABghYAAAKwQEACAFQICALBCQAAAVggIAMAKAQEAWCEgAAArBAQAYIWAAACsEBAAgBUCAgCwQkAAAFYICADACgEBAFghIAAAKwQEAGCFgAAArBAQAIAVAgIAsEJAAABWCAgAwAoBATJo2XJEuLRqNUJ99NFGc4gmdTzgCwICZJAaBFl+9rPJ5hANAYGPCAiQgRkQWebPX2sOCxEQ+IiAABmY8ZClW7cJav9+c+TXCAh8RECADFKD0KbNM+F/T5my3BwaICDwEQEBMkgNwpAh88L/vuKKP6o9e/aZwwkIvERAgAxSg7Bp007Vvv3o8P/Hj19iDicg8BIBATIwgzBy5KLw/y+6aKzasWNPheMBHxAQIAMzCNu3f6U6dhwT/kyCUtF4wAcEBMggUxDGjXsv/Fm7ds+qsrKdFY4HSh0BATLIFITdu/eqTp3GhT9/9NE3KxwPlDoCAmSQLQivvPJh+PPWrUepdeu2VDgeKGUEBMggWxD27duvunR5MVzXr9+0CscDpYyAABlUFAQ5mbB8nUy0uGzZFxWOB0oVAQEyqCgIMp3JtddOCNffcsvkCscDpYqAABlUFoQ5c1ZrYyobD5QiAgJkECUIP/3pxLR4VDQeKDUEBMggShAWL16fFo+KxgOlhoAAGUQNwq23vkZA4C0CAmQQNQhyBJYciRV1PFBKCAgAwAoBAQBYISAAACsEBABghYAAAKwQEACAFQICALBCQAAAVggIvLVo0WeqQ4fnVLduE4Jrnkfx4IPTgwtJjR+/xFyV0YoVZerii59XV1zxR7Vx43ZzNVDUCAi8NWjQrPDs8fnz15qr0+zYsSc86/yaa14yV2f09NOLwsd49dVl5mqgqBEQeGvAgBnhxn3u3E/N1Wm2bNkdjr/qqvHm6oxGjFgY3kYuhwuUEgICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm/dd99f1Le+1T9Y5sz5l7k6zZYtO8Pxl146zFyd0bBh08PbvPTSInM1UNQICLx1551D1THHXBYs06dXvnHfvHlbOP673/2ZuTqjxx77Q3ibceOmmKuBokZA4K2bb+6jatc+NlimTp1hrk6zadPmcPzZZ59vrs7ooYd+G95m9Og/mKuBokZA4K0bbrhBHXDAAcHy+uuvm6vTfPnll+H4U045xVydUf/+/cPbjBo1ylwNFDUCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvERAgGQICbxEQIBkCAm8RECAZAgJvJQnI8ccfb67OiICglBEQeOumm24KN+5vvPGGuTrNxo0bw/G1a9c2V2c0YMCA8DbPPPOMuRooagQE3po0aZKqXr26atq0qSorKzNXp0n9BNKwYUNzdUYLFixQhx56qGrQoIH65JNPzNVAUSMg8NrmzZvVnj17zB9nZLMPRGzbtk3t2rXL/DFQ9AgIEJFtQIBSRUCAiAgIoCMgQEQEBNARECAiAgLoCAgQEQEBdAQEiIiAADoCAkREQAAdAQEiIiCAjoAAEREQQEdAgIgICKAjIEBEBATQERAgIgIC6AgIEBEBAXQEBIiIgAA6AgJEREAAHQEBIiIggI6AABEREEBHQICICAigIyBARAQE0BEQICICAugICBARAQF0BASIiIAAOgICRERAAB0BASIiIICOgAARERBAR0CAiAgIoCMgQEQEBNARECAiAgLoCAgQEQEBdAQEiIiAADoCAkREQAAdAQEiIiCAjoAAEREQQEdAgIgICKAjIEBEBATQERAgIgIC6AgIEBEBAXQEBIiIgAA6AgJEREAAHQEBIiIggI6AABEREEBHQICICAigIyBARAQE0BEQICICAugICBARAQF0BASIiIAAOgICRERAAB0BASIiIICOgAARERBAR0CAiAgIoCMgQEQEBNARECAiAgLoCAgQEQEBdAQEiIiAADoCAkREQAAdAQEiIiCAjoAAEREQQEdACkj5xkmWKOKOj2rOnDmqT58+qmXLlqpRo0aqevXq6vDDD1fNmzdXPXv2VK+88orau3evebOSR0AyS/J6ifsajjseucVvoYDEfXPEHV+Z5cuXqwsvvFC732xL06ZN1cSJE827KGkEROfi9ZI6Joq445Fb/BYKSNw3R9zxFZF/RR555JHh/bVt21aNHTtWrVy5Uu3YsUOVlZWphQsXqnvvvVcdddRRzh63mBCQ/3L1eon7Go47HrnFb6GAxH1zxB2fzerVq1WDBg2C+6lWrZoaPny4OUQjG4fu3bsnftxiQ0C+5vL1Evc1HHc8covfQgGJ++aIOz6bTp06hffz0EMPmauz6tu3r/mjkkZAvuby9RL3NRx3PHKL30IBifvmiDs+k3feeSe8D/meOtvOThAQ4fr1Evc1HHc8covfQgGJ++aIOz6Tfv36hfcxcOBAczVSEBD3r5e4r+G445Fb/BYKSNw3R9zxmbRr1y68jxkzZpirkYKAuH+9xH0Nxx2P3OK3UEBS3xxxF1tNmjQJ72PDhg3maqQgIO5fL+brOM6CqsdvoYCYb5A4i61atWqF97Fr1y5zdWzPPvusdp8sxbc0bNhQLViwwPzVBly/XszHjrOg6vFbKCBx3xxxx2fieoNwwQUXpL3RWYpvkX0dmbh+vaQ+ZhRxxyO3+C0UkLhvjrjjM3H9lcTf/vY39a1vfSs4QqfUluOOOy58rg466KC09aWytG7dWv3rX/8yf7UB16+XuK/huOORW/wWCkjcN0fc8Zm43ilaytgH4v71Evc1HHc8covfQgGJ++bINP79998PTthq1apVMNVEzZo11UknnaR69eoVnEFscn1YZikjIO5fL5lewxXJNj7u6x5uRPutIS+yvTmyyTQ+9WfmIjOkLlq0KOUelFq8eHG4vlmzZolPDCtlBMT96yXTa7gi2cabr/XUJdPrHm5E+60hL7K9ObLJNP70008P/mU4c+ZMtWbNGrVz587gX2cdO3YMxslXEKZLLrkkvJ/Bgwebq7OSifJ8QkC+5vL1kuk1XJFs421e90gu2m8NeZHtzZFNnPGffvppMK527drmKrVq1apwZlXZOfzUU0+ZQzSyIe3Ro0ekxy0lBORrLl8vcV7DIu74il73SC7abwF5EffNEWf8+vXrg3FyJFEm8i+3I444Iry/9u3bqxdeeCHYWMi/5mQjIF8D3H///cFFg6I+bikhIP/l6vUS5zUs4o6v7HWPZKL9FpAXcd8cUcbLd9TLli1Tl156aTDu17/+tTkk9PHHH6vzzz9fu99si3z//eqrr5p3UdIIiM7F6yV1TBRRx8d53cNexb8F5FXUN0e5ysanrpfj94cOHWoOyWj27Nmqd+/eqkWLFsHFgOQSpXXr1g02mnKJUtkQJN15WowISGZJXi+VvYZNUcbbvu4RX/bfAope6hvp4IMPDs4SnzdvnjkMERGQ4sDrPn8ISInbs2dPcBz8sGHDgh2fstNz6tSp5jBEQECKB6/7/CAgHpFpRmTjJydbIT4CUpx43ecOAfHI9u3bgzcShzTaISDFidd97hAQj0yZMiV4Ix1//PHmKkRAQIoTr/vcISAlpmXLlmrEiBHqvffeU5s2bVLbtm0LDmd85JFHVL169YI30j333GPeDBEQkMLF675qEJASU76By7bIESnykR7xEZDCZb7OzYXXfW4QkBLz7rvvqrvvvjs4Jl/OFJZj8hs3bqw6deoUnCm8b98+8yaIiIAULl73VYOAABEREEBHQICICAigIyBARAQE0BEQICICAugICBARAQF0BASIiIAAOgICRERAAB0BASIiIICOgAARyRQZtWodHSxnndXWXA14h4AAEW3evE01anRJsLRr97/masA7BASIaMuWneqUU/oFS+fOQ8zVgHcICBDRli27VcuWI4LlqqvGm6sB7xAQICICAugICBARAQF0BASIiIAAOgICRERAAB0BASIiIICOgAARERBAR0CAiAgIoCMgQEQEBNARECAiAgLoCAgQEQEBdAQEiIiAADoCAkREQAAdAQEiIiCAjoAAEREQQEdAgIgICKAjIEBEBATQERAgIgIC6AgIEBEBAXQEBIiIgAA6AgJEREAAHQEBIiIggI6AABFt3/5VGJCuXV8yVwPeISBADHfeOSUIyHPPLTZXAd4hIEBMu3fvNX8EeImAAACsEBAAgBUCAgCwQkAAAFYICADACgEBAFghIEAW5ScNytKq1Qj10UcbzSGa1PGZVLbeFHc8kG8EBMgidQMuy89+Ntkcoqlsg1/ZelPc8UC+ERAgCzMgssyfv9YcFqpsg1/ZelPc8UC+ERAgCzMesnTrNkHt32+O/FplG/zK1pvijgfyjYAAWaRuwNu0eSb87ylTlptDA5Vt8Ctbb4o7Hsg3AgJkkboBHzJkXvjfV1zxR7Vnzz5zeKUb/MrWm+KOB/KNgABZpG7AN23aqdq3Hx3+//jxS8zhlW7wK1tvijseyDcCAmRhbsBHjlwU/v9FF41VO3bsqXC8qbL1prjjgXwjIEAW5gZcLijVseOY8GcSlIrGm1LXx12AQkRAgCwybcDHjXsv/Fm7ds+qsrKdFY5PZUYhzgIUIgICZJFpAy4Xk+rUaVz480cffbPC8akqW2+KOx7INwICZJFtA/7KKx+GP2/depRat25LhePLVbbeFHc8kG8EBMgi2wZ83779qkuXF8N1/fpNq3B8ucrWm+KOB/KNgABZVLQBl5MJy9fJRIvLln1R4XhR2XpT3PFAvhEQIIuKNuAyncm1104I199yy+QKx4vK1pvijgfyjYAAWVS2AZ8zZ7U2prLxla03xR0P5BsBgZe++mqfmjjxIzVz5ipzVSjKBvynP52YFo9s4ytbb4o7Hsg3AgLvzJixUl1++R/DjfM776w3hwSibMAXL16fFo9s4ytbb4o7Hsg3AgJvrFhRpnr1mqRtmGUH+JIl/88cGoi6Ab/11tcICLxEQFDyNm/epR55ZI4699xR2kZZDsV988015vBQ1A24HIElIapsfGXrTXHHA/lGQFCy9u7dF8ya26HDc9rGWGbVHTPmnWA/CAB7BAQlSS49+6Mf/UkLxznnjFQDB85U//73DnM4AAsEBCVlzZrNqnfv17VwyCJHS3344UZzOIAECAhKwrZtu9XQoW8Fc1OlhqNz53FZL0ELIBkCgqIm81LJ+RxygafUcJx33jNqxIiFatcu/aJPANwhIChacv5Gt27/nU6kfLn33mlqw4at5nAAjhEQFB2Jg8yAa4ZDYpLtpEAA7hEQFA35Okq+lpKvp1LDIV9fyddY8nUWgPwhICgKsiNcdoinhkN2mMuOc9mBDiD/CAgKmhx6e+ON6RMWyqG6csgugKpDQFCQNm78Uv3yl8+rFi2e0MIhJwfKSYIAqh4BQUHZvXu3evTRR1WTJuf8Z+miTjnl3iAcMh3Jiy++H0xPAqAwEBAUjL/+9a/qG9/4hjrggANUjRpHqPr126iTTrpRDRo0NZgQEUBhISCockuXLlXf+973gnCkLp07d1MffrjKHA6gQBAQVJmysjJ12223qerVq2vhOPHEE9Urr7xiDgdQYAgI8m7v3r3qd7/7napfv74WjsMOO0wNHjw42A8CoPAREOTVtGnT1Omnn66Fo1q1aqpnz55q/XrOIgeKCQFBXqxYsUJ16dIlbT9HmzZt1IIFC8zhAIoAAUFObd26VfXt21fVrFlTC8exxx6rXnjhBXM4gCJCQJAT+/fvV88995xq3LixFo7atWurBx54QG3fvt28CYAiQ0Dg3Ny5c9W5556b9nXV1VdfrVat4rBcoFQQEDizdu1a1a1bN3XggQdq4Tj77LPVzJkzzeEAihwBQWI7d+5Uv/rVr1SdOnW0cDRs2FCNGjVK7dvH9CNAKSIgSGTgwIFp+zlq1Kih+vTpozZt2mQOB1BCCAisyc5wcz9H586d1bJly8yhAEoQAYG1rl27huE4+uij1euvv24OAVDCCAisPfzww2FAhgwZYq4GUOIICKzJvFXlAXnyySfN1QBKHAGBNQIC+I2AwBoBAfxGQGCNgAB+IyCwRkAAvxEQWCMggN8ICKwREMBvBATWCAjgNwICawQE8BsBgTUCAviNgMAaAQH8RkBgjYAAfiMgsEZAAL8REFgjIIDfCAisERDAbwQE1ggI4DcCAmsEBPAbAYE1AgL4jYDAGgEB/EZAYI2AAH4jILBGQAC/ERBYIyCA3wgIrBEQwG8EBNYICOA3AgJrBATwGwGBNQIC+I2AwBoBAfxGQGCNgAB+IyCwRkAAvxEQWCMggN8ICKwREMBvBATWCAjgNwICawQE8BsBgTUCAviNgMAaAQH8RkBgjYAAfiMgsEZAAL8REFgjIIDfCAisERDAbwQE1ggI4DcCAmsEBPAbAYE1AgL4jYDAGgEB/EZAYI2AAH4jILBGQAC/ERBYIyCA3wgIrBEQwG8EBNYICOA3AgJrBATwGwGBNQIC+I2AwBoBAfxGQGCNgAB+IyCwRkAAvxEQWCMggN8ICKwREMBvBATWCAjgNwICawQE8BsBgTUCAviNgMAaAQH8RkBgjYAAfiMgsEZAAL8REFgjIIDfCAisERDAbwQE1ggI4DcCAmsEBPAbAYE1AgL4jYDAWr9+/cKA/OY3vzFXAyhxBASx7d27Vw0fPlzVqFEjDEjt2rXV008/rfbt22cOB1CiCAhimTZtmjrttNPCcJhLixYt1KxZs8ybAShBBASRLF++XF1xxRVpwTj55JPVN77xjbSfX3PNNWr16tXm3QAoIQQEFdqyZYv65S9/qWrWrKkF4n/+53/UuHHjgjH79+9Xo0ePVo0aNdLGyNda/fv3V9u3bzfuFUApICDIqDwKjRs3TovCAw88kDEKUWIDoHQQEKR588031TnnnJP2tVTXrl0jfS2V7euu8847Ty1cuNAcDqBIERCEPv30U3Xdddelbfhtd4z//e9/V6eeeqp2X9WqVVM33HCD2rBhgzkcQJEhIFA7d+5UAwcOVHXq1NE29kcddVTiQ3P37Nmjhg0bpurXr6/dd926ddUjjzyidu/ebd4EQJEgIJ4bP368Ov7447WNu5zfcdddd6lNmzaZw639+9//Vrfccos6+OCDtcc66aST1MSJE83hAIoAAfHU4sWLVfv27bWNuSyXXnqp+vjjj83hznzwwQeqY8eOaY8rP5N1AIoHAfHM559/rm666SZ10EEHaRvwU045RU2ZMsUcnjPyqUM+faT+GeTTiXxKkU8rAAofAfHEV199pR577DF1+OGHaxvtI444Qg0dOjTYV5Fvsv9D9oPI/pDUP9ORRx4Z7Depij8TgOgIiAcmT56svvnNb2obafkEcvPNN6svvvjCHJ53ckSWHJklR2il/hnlCC45kgtAYSIgJezDDz9U3//+97WNsiwdOnRQ7733njm8ysk5InKuiPnnvfzyy4NzSwAUFgJSgr788kt1xx13qOrVq2sb4mbNmqkJEyaYwwuOnLUuZ6+n/tnl7HY5y13OdgdQGAhICZFp1p966inVoEEDbeN76KGHqkGDBqldu3aZNylYMlWKzKMlU6ek/l1kvi2ZYkWmWgFQtQhIiZg+fbo644wztI3tgQceqHr06KE+++wzc3jRkKlTZGbf1L+XLK1atQqmXAFQdQhIkfvkk0/UlVdembaBbd26tZo/f745vGjNnj07mFLF/HvK1CsyBQuA/CMgRWrr1q3BJWXNmW+bNGmixo4daw4vCTKlikytIlOspP6dZQqWAQMGBFOyAMgfAlJk5Lt/CcQxxxyjbURr1aql7rvvPrVt2zbzJiVn8+bN6u6779YuqSuLTMny4osvmsMB5AgBKSJvvfVW8NWU+TXOVVddpVauXGkOL3ky5cpll12W9nzIFC1vv/22ORyAYwSkCKxbt05179492CmeuqE888wz1YwZM8zh3pEpWGQqltTnRk6UvPHGG4OpWwDkBgEpYHLY7UMPPRQchpu6cZTDdEeMGBEctouvybQnMiWLTM2S+lzJ1C0yhYtM5QLALQJSoP785z+rE044QdsYyomBvXv3Dk4UzAeZ1HDevHnq2WefVffcc4/q0qWLOv/889V3vvMd1bRp02CRDXb5f8vPZb2M+8UvfqGeeeYZNXfu3LxOlyKP1atXr7Rp42Uql0mTJpnDASRAQArMu+++G2yEUzd+slxyySXqo48+Moc7tXbtWvX888+r66+/PgiC+WdIssiZ5fI1nJwEmI/9NTJVywUXXJD257j44ouDKV4AJEdACsTGjRuDyQ3NadZPPvlk9dprr5nDnZGN+YMPPqiaN2+etrHN5SKfrmRqkiVLlph/JKdefvnlYAqX1MeWT3K333573j7JAaWKgFQx+e5+yJAhad/d16tXT/32t7/NyXf3cqjvyJEjVbt27dI27OZGXo5yuvPOO4MpUmbOnBkERxbznAv5//J1cv102UfTp08f9YMf/CDtuh/mctZZZwX7KXK1w1umjX/44YfVYYcdpj2u7Ev6/e9/z74kwBIBqUKvv/562r/85ROIXPBJPpG4Jv/ilmufm9cnL1+OO+64YOqTMWPGqDVr1pg3T0SmU5FJEuXIqGxBkXmvbr31VrVq1Srz5k7In0H+fubRbDIFzD/+8Q9zOIBKEJAqsGzZMtW5c+e0Deh3v/vd4FKzrsmOZfm6yLxwkyxy8SbZ6Sw7u/NJ9vXIyYBy5rz5Z5KvmGR/Sa72+cgUL7LD33xcmRJGpoYBEA0ByaNNmzYFX+uYZ1DLDus//elP5vDE5Kz1UaNGZfzEIV9fyf4B+XqnKsn0JHLRqB/+8IdpF5SSkNx11105m8JdDhgwAyZTw8gUMTJVDICKEZA8kI2kbMgbNmyobaxkDqdf/epXafsTXJAzsTOdtS5HIck+ikIkR0f17Nkz7TomjRs3Djb2uSD7g+6///5gKpjUx5SpYuSrPKaNB7IjIDkmO57PPvtsbeMk38F369YtOGzWNdkh/MADD6QdzdWmTRu1YMECc3hBkv0vmfZVdOzYMWdT08vO/x/96Efa48ny7W9/OzgXBkA6ApIjsiP46quvTtsgnXvuuTnb3yAbV/McEjnSSE7oK8Z/Scv1Psz4yky8co33XJGpYeSosNTHlJD95Cc/CaaUAfBfBMQxuZKefAIwr6QnX8M899xzOduQv/HGG+roo4/WHlP+FS9nkxcz+UQ1fPhwbToX2aDLGfm5OMRZyFeOcpiz+ZWj/BlkapliurIjkEsExCE5b8MMh+yU7du3b053yso1MlKn7pANXa72GVQVOSLL/DQiZ5rL1O65Igc9yDkw5j6ZQw45JDjPBfAdAXHI3BErc0KtWLHCHOaUnCCX+phyTkOuDn+tanLEmJxBnvr3Pf3003OyLymVPJ8ylUzq40qkAd8REIdSz3SeOnWqudop+Zrltttu0zZqctb3jh07zKElZ/z48Vqsjz32WPX++++bw5x76aWXwseUfUuA7wiIQzJhYPkGJtfTY5jxuOGGG3L+mIVEjm5Lnf5FNuhLly41hzklZ/KXP55cfwTwHQFxKF8BGTRokBYP2cfiow8++CC4jG358yAnBebyTHICAugIiEP5CIjsME89P8LXeJSTw6VTn/cTTzwxZ+eKEBBAR0AcynVA5FDd1BME5WsrfH0Ge+oht3KpXzmc2jUCAugIiEO5DIj8qzr1PA/ZYe76MYrZokWLgsvXlj8/cuKfawQE0BEQh3IVEDniKvUMczlU14ejreKSI99SP6HJtT5cIiCAjoA4lKuAyJnt5fcr5x+U6nkeLqQeYCAncbqc/4uAADoC4lAuAiKz6qb+q7rUzjB3TaaKufTSS8PnSy4J7GrqEQIC6AiIQ64DIhvD1CnZZapzVK6srEw7vLd///7mECsEBNAREIdcB0SuIVJ+f3KiXLFPjJhPMmNv+XMnX2XJkVpJERBAR0AcchkQuQytRKP8/mRKdsTTtWvX8Plr37594pmQCQigIyAOuQyIXMO8/L7kYlBJN34+Wr9+vapXr174PE6cONEcEgsBAXQExCFXAZENVd26dcP7cnkkkW+GDBkSPo8tWrRIFGICAugIiEOuAjJw4MDwfuQa5rAn15uX65u7+BRCQAAdAXHIRUDkwlP169cP72fWrFnmEMT0xBNPOPkUQkAAHQFxyEVA5FKq5fchO36RnPkpZPr06eaQSAgIoCMgDrkISNu2bcP7ePnll83VsDR48ODwee3evbu5OhICAugIiENJAyKXvy2fql2+xpJLuMKNdevWhdeNr1OnjtqyZYs5pFIEBNAREIeSBmTAgAHh7Xv16mWuRkKdOnUKn185STMuAgLoCIhDSQMiG6Xy28+bN89cjYRSr2kusxvHRUAAHQFxKElA1q5dG95W7gfuyVeCMpuxPMc1atQIjniLg4AAOgLiUJKAyCy75bft0aOHuRqOdO7cOXyeJ02aZK6uEAEBdATEoSQBuf7668PbjhkzxlwNRx5//PHweb7jjjvM1RUiIICOgDiUJCBNmzYNb7tmzRpzNRxZsmRJ+Dyfdtpp5uoKERBAR0Acsg2ITNNefrsTTjjBXA3Hyq8tX61aNbV9+3ZzdVYEBNAREIdsAzJ37tzwdnI1PeTWBRdcED7fcsXHqAgIoCMgDtkGZPTo0eHt+vTpY66GYz//+c/D53vcuHHm6qwICKAjIA7ZBiT12h8yFxZya9iwYeHzff/995ursyIggI6AOGQbkCuvvDK83YwZM8zVcGzatGnh83311Vebq7MiIICOgDhkG5AOHTqEt1u2bJm5Go4tXbo0fL4vvPBCc3VWBATQERCHbAPSqlWr8HafffaZuRqOpZ71f+6555qrsyIggI6AOGQbkJNPPjm8nc0ssYhn8+bN4fPdvHlzc3VWBATQERCHbANSfrEjOS/B9mp5iG7fvn3Bcy3PeZMmTczVWREQQEdAHLINSL169YLbHHLIIeYq5Ig81/Kcy3MfFQEBdATEIduA8Akkv/gEArhBQByyDQj7QPKLfSCAGwTEIduAcBRWfnEUFuAGAXHINiCcB5JfnAcCuEFAHLINCGei5xdnogNuEBCHbAPCXFj5xVxYgBsExCHbgDAbb34xGy/gBgFxyDYgXA8kv7geCOAGAXHINiBckTC/uCIh4AYBccg2IIJroucH10QH3CEgDiUJyPXXXx/edsyYMeZqOPL444+Hz/Mdd9xhrq4QAQF0BMShJAF5/vnnw9v26NHDXA1HOnfuHD7PkyZNMldXiIAAOgLiUJKApJ4dLfcD93bv3q0OPfTQ4DmuUaOG2rp1qzmkQgQE0BEQh5IERMhGqfz28+bNM1cjoZdeeil8fs8//3xzdaUICKAjIA4lDciAAQPC2/fq1ctcjYQ6deoUPr+jRo0yV1eKgAA6AuJQ0oCsWLFCHXjggcHt69evH3zlAjfWrVunDj744OC5rVOnjtWsxwQE0BEQh5IGRLRt2za8j5dfftlcDUuDBw8On9fu3bubqyMhIICOgDjkIiAyF1b5fbRv395cDQs7d+4ML9oly/Tp080hkRAQQEdAHHIREDkySL6+Kr+fWbNmmUMQ0xNPPBE+ny1atLC+6iMBAXQExCEXAREDBw4M7+fiiy82VyMG89PHxIkTzSGRERBAR0AcchUQ2VDVrVs3vK8FCxaYQxDRkCFDnHz6EAQE0BEQh1wFRKReI6RNmzaJNny+Wr9+vapXr56TTx+CgAA6AuKQy4B88cUXqkGDBuH9PfPMM+YQVKJr167h8ycHJCSNMAEBdATEIZcBEXKyW/n9SUxk2ndEM3ny5PC5q1mzpvrwww/NIbEREEBHQBxyHRD5F3Pr1q3D++zZs6c5BBmUlZWp448/Pnze+vfvbw6xQkAAHQFxyHVAhFwx76CDDgrvV2btRXYSXbmqY/nzdfLJJ6tdu3aZw6wQEEBHQBzKRUDEAw88EN6vzCb70UcfmUPwfwYNGhQ+V/LVlcsj2AgIoCMgDuUqIPv27Qtmjy2/7zPOOEPt2LHDHOa9qVOnap/Wfv/735tDEiEggI6AOJSrgIjPPvssvJa3LD/4wQ+cP0YxW7RokTr88MPD5+cnP/mJOSQxAgLoCIhDuQyIeOONN7R/Yd9www3mEC/JEVYNGzYMn5czzzxTbd++3RyWGAEBdATEoVwHRDz99NPhlO+y9O3b1xzilVWrVmnP+4knnhh8WssFAgLoCIhD+QiISN1R7HNEPvjgA+1w3SZNmqhPPvnEHOYMAQF0BMShfAVE3HbbbVpE5OusXD9mIZk5c6Y64ogjwr+/nGi5dOlSc5hTBATQERCHUuddWr58ubnaKTkyy4yI7Fj34eis8ePHq1q1aoV/72OPPVa9//775jDnZEd9+WM2btzYXA14h4A4VKNGjXADIxu4++67T23bts0c5tTDDz+sRUQO8S3V80TkEr+333679vc9/fTT1dq1a82hTm3evFndfffd2u/3kEMOMYcB3iEgDt14443aDm5Z5Hv5XJ89LjvWy6/3LYucbJjrx8w3ieLZZ5+tPbcXXHBBsHHPFfmUJ5NYph4+LYv8jiVkgO8IiGOyE/fKK6/UNjiyfOc731Hz5883hzsjh/iaG7oePXoU/QSMsl9n+PDhQRRTN+C9e/dWX331lTncmdmzZ6uWLVum/R6vvfZatWbNGnM44CUCkiNy3W35Osn8l6ts1HN1mKncb+oZ67LIzmX5V3TSqcyrwptvvpn2qeOoo44KZtrNldWrV6sf//jHaeFo1aqVmjNnjjkc8BoBySH517NMp5F6XQ9ZDjvssGDfhXyn75o8psydlXrCoSxyUSqX80LlkvwLX0Jrfh3YsWPHnMVXDj6QWXtl30bqYzZq1Eg9++yzRRlgINcISB7I4Z/ynXn16tW1jVOzZs3Uyy+/bA53QmbxTZ0KvnyRa6zPmjXLHF4Q5IxymbLefJ7kiKdc7tP5wx/+oI477jjtMWWH+T333KO2bNliDgfwfwhIHskGUjbg5kZddga/99575vDE5F/NclGq+vXrpz1mu3btgnjl4lNQHLKj+u9//7v64Q9/qKpVq6b9GSUkd911V8424gsXLlRt27ZNe24uv/zynB+GDZQCAlIFJk2apL75zW9qGy05iqpXr17BpWxdk/uUa6zXrVs3bWN55JFHBo87d+5c82Y59e677waHxspRauafScLRvXv3nB2OvGHDhuDESzNYp556ajCjL4BoCEgVkSOIHnvsMW0GWVnk7OqhQ4eqPXv2mDdJTL5KGzhwYMZPJLLI1ziy72HMmDHOjzSSfRfjxo0LDnU+6aST0h5bltq1a6tbb701mN8qF+TT1iOPPJIWUonosGHDcvKcA6WMgFSxzz//PNiomju9ZaqMKVOmmMOdkJMbR44cGXyNZW7EU5cTTjhBXXbZZerOO+9UTz31VDB9yMqVK4Nl586d2n3K/5evk30sI0aMUH369AnOjs8WjPLlrLPOCmIqz0WuvPrqq2l/DvnUd8sttxT9oc5AVSEgBUJ2erdv3z5t4yqXZ/3444/N4c7IBv/BBx9UzZs3T3vsXC4SJ/labcmSJeYfySmZcPGiiy5Ke3w5oivXjw2UOgJSYGSep9QZZmWRI4Jkf0Euz7oWMiWIHO10/fXXq6ZNm6ZtdJMsMtGk7NcYPXp0EK1cKysrC74OSz1DXxb5FPKXv/zFHA7AAgEpQPJ10IABA1SdOnW0jZ+cRCfTlsiRS/kgX+3MmzcvOA9CDmnt0qVLcKKinFUvgZFF9tmU/7f8XNbLuF/84hfBCYyycz4XBwZkU37murmfR/Z7/PrXv67yo86AUkJACtinn36qrrvuurR/zbdo0aJgz+WoStOmTVOnnXaa9lzJkVbyiWr9+vXmcAAJEZAiIFN6nHPOOWkhueaaa4KpN3wn52xcccUVac/Peeedp/75z3+awwE4QkCKhJwUKPsPZGqN1I2kHPoqU3Dk4hrghU5OMJQd8TVr1tSeE9nfIocMA8gtAlJk2Gj+N6YyxYkZU5kHzMeYAlWBgBSpir62kSk6SpXslM/0dV7Xrl35Og/IMwJS5GQeKZmCI3VjKjuOZaoOmbKjVHBAAVB4CEgJkCk4ZCqOTIeuytQdxXzoqhzSLNOvVPUhzQDSEZASIudtyNQcmU6emzhxojm84GU7qVJm6N20aZM5HECeEZASJNN3yFQd5tc98jNZV+gWL15cJdO6AIiHgJQw+dRRTBMIymSKN910U14nlgRgj4CUuGxTmMv+kkKZwryiqe2HDBlSEH9GAOkIiCcquoiSHMlVVSZPnpx2cS35BHLzzTfndQ4tAPEREM/IOSJyrkjqBluWfF/GVS7v+/3vfz/tz9GhQ4ecXN4XgHsExFNy1rqcvZ668Zaz2+Us91xdg1zIVRHvuOOO4LK1qY/drFkzNWHCBHM4gAJGQDwmU37IPFoyBUjqxlzm25KpQmTKEFdkmnW5qmGDBg20xzr00EPVoEGD1K5du8ybAChwBATBFCAys6/5dVKrVq2CmYCTmj59ujrjjDO0+z7wwAOD66/LtdIBFCcCgtDs2bODqUHMkMgUIjKVSFyffPKJuvLKK9Pur3Xr1mr+/PnmcABFhoBAI1ODyBQhMlVI6kZfphKRqyTK1CKV2bp1q+rXr1/ajMFNmjRRY8eONYcDKFIEBBnJ9dflOuwydUhqBGRqkRdffNEcHpB9JhKIY445RrtNrVq11H333ae2bdtm3gRAESMgqJBMHXLZZZelfQ0lU428/fbb4bi33nor+GrKHHfVVVeplStX/vcOAZQMAoJIZCoRmVIkNQ5ywp9ch0MiITvFU9edeeaZasaMGebdACghBASRyZQiQ4cODaYYMT9plC9ymO6IESOCw3YBlDYCgthkipFevXppnzpkipTevXsHJwoC8AMBgTWJSHlA7rnnHnM1gBJHQGBt8ODBYUCefPJJczWAEkdAYI2AAH4jILBGQAC/ERBYIyCA3wgIrBEQwG8EBNYICOA3AgJrBATwGwGBNQIC+I2AwBoBAfxGQGCNgAB+IyCwRkAAvxEQWCMggN8ICKwREMBvBATWCAjgNwICawQE8BsBgTUCAviNgMAaAQH8RkBgjYAAfiMgsEZAAL8REFgjIIDfCAisERDAbwQE1ggI4DcCAmsEBPAbAYE1AgL4jYDA2uBR/wnIqQcEy5PjCAjgGwICa4P/+p+AdD8gWJ6cSkAA3xAQWBu84D8BefyAYHnyHQIC+IaAwNrgxf8JyIgDguXJJQQE8A0BgTUCAviNgMAaAQH8RkBgjYAAfiMgsEZAAL8REFgjIIDfCAisERDAbwQE1ggI4DcCAmsEBPAbAYE1AgL4jYDAGgEB/EZAYI2AAH4jILBGQAC/ERBYIyCA3wgIrBEQwG8EBNYICOA3AgJrBATwGwGBNQIC+I2AwBoBAfxGQGCNgAB+IyCwRkAAvxEQWCMggN8ICKxNXDUxDMi0ddPM1QBKHAFBIlPXTlUzPpth/hiABwgIAMAKAQEAWCEgAAArBAQAYIWAAACsEBAAgBUCgpwrP1dEFgClg3c0Ipuzfo7qM6+PajmhpWr0fCNVfVR1dfjow1Xz8c1Vz+k91SsrX1F79+81b0ZAgBLFOxqVWr55ubpw0oVaCLItTf/QNDhDPRUBAUoT72hUSD51HPnckWEA2k5sq8Z+PFat3LJS7dizQ5XtKlMLNy5U9y64Vx019qiMoSAgQGniHY2sVm9drRqMaRBs+KuNrKaGfzDcHKKRmHSf3j0tFAQEKE28o5FVp791Cjf8D739kLk6q77z+2r/T0CA0sQ7Ghm988U74UZf9mtk2jkeFQEBShPvaGTUb0G/cKM/cNFAc3UsBAQoTbyjkVG7ie3CjX7S6doJCFCaeEcjoyYvNAk3+ht2bDBXx0JAgNLEOxoZ1Xq6VrjR37V3l7k6FgIClCbe0ciIgACoDO9oZMRXWAAqwzsaGbETHUBleEcjIw7jBVAZ3tHIaPEXi8ONfrM/NuNEQgBpeEcjq0teuyTc8A9ePNhcnZVMrJiKgACliXc0slq1dVU4E+9BIw9STy19yhyi+XL3l6rH9B5poSAgQGniHY0KzfxspjriuSPCALR/tb164V8vBHHZuXdnEI1FGxep+/95f3CRqUyhICBAaeIdjUp9vOljdf5fz9dCkG2R/SWvrnpVuz0BAUoT72hENnv9bNV7bm/VYkKL4OJRcknbuqPrqlPGnxJc0lbCkWlnOwEBShPvaACAFQICALBCQAAAVggIAMAKAQEAWCEgAAArBAQAYIWAAACsEBAAgBUCAgCwQkAAAFYICADACgEBAFghIAAAKwQEAGCFgAAArBAQAIAVAgIAsEJAAABWCAgAwAoBAQBYISAAACsEBABghYAAAKwQEACAFQICALBCQAAAVggIAMAKAQEAWPn/JHBzCf8rcjcAAAAASUVORK5CYII=)
PN: 3637-5-0E
CAS: 1018265-80-9
Molecule Weight: 208.69
Formula: C11H13ClN2
PN: 3632-5-0A
CAS: 15184-98-2
Molecule Weight: 169.65
Formula: C9H12ClN
PN: 4H56-5-F1
CAS: 1340248-48-7
Molecule Weight: 197.66
Formula: C10H12ClNO
PN: 3631-5-10
CAS: 1019506-76-3
Molecule Weight: 195.69
Formula: C11H14ClN
TSCA: Not listed on TSCA inventory
