![3-[Cyclohexyl(methyl)amino]-1,1,1-trifluoropropan-2-ol](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAZAAAAJYCAYAAABM7LCIAAAACXBIWXMAACDZAAAg2QF4XlppAAACI3pUWHRtb2xTb3VyY2UAAHichZRtb5swEID/ysmfFxtjMCQKqapUlSa1m7R20r5NDjgpUrArQ/Py73cmpAlJRzDozN09frnzeXq3q9aw0a4urckIpwEBbXJblGaVkd+vj6OU3M2mOTqho6kz8tY07xPGttstzd90pXbW0NxW5GCf7Oqy57MV1LoVC4OAsz/PTy8tMypN3SiTa6TqclK3yiebq6ZdxX+mYJVym9Kwgzur3OYw2t8w8G9Ad3VBTnuZo+0eUViWaw1L6yrVwCYMKL7BN1hpo51qdAGLPaoFjXDvs+nzg80/Km0a7PoRylytXxr3kaOismudf+Bg2Pn+kJGKI6AaW907p/bge16tOKgQlAAVgYpBSVAJqBTUGBQP8EM7RweOHhxdeIwxX2s/6ev+XePK4QfMsf3E77Ft81PDkIUZCamUSQScCiESwA3hcxSdcnSUnS9KHvj/gMYSZWfurAMDEtjjjBGVmEQQNI1RdH+SctmKsTiJhCYejmk8lgJSGsp2GsHbtcURilE3AcokOV+5t2JQ2WdUZ9OFNcVZF8oiIwtO2nD/0ss67CJOwLpCOzzEfgDveg6EfcDnZxgQfcBncxiI+oDP/TAQXwFyGJB9wJ+rYSC5AtJhIL0CxsPA+CqsPBgmvL2XurYibjCX6W4r6AZzkfFDxd1gLpJ+qNAbzEXejxU9yMRfxOBLhp2dfna8f7B7dTexs4uL4XU9+weH2LNe32Su2gAAON9JREFUeF7t3Qm4TeX+wHHzmJlSMhRCpbpJqSRyKY1ouErUlUopcZukupRUopIis0iZUolckaGQyJhZZM48z8Px+/ut/mfb+11nXOvss/Za+/t5nvd57rXXezrOdtZ3r73XelcWAQDAgSzmHwAAkBYEBADgCAEBADhCQAAAjhAQAIAjBAQA4AgBAQA4QkAAAI4QEACAIwQEAOAIAQEAOEJAAACOEBAAgCMEBADgCAEBADhCQAAAjhAQAIAjBAQA4AgBAQA4QkAAAI4QEACAIwQEAOAIAQEAOEJAAACOEBAAgCMEBADgCAEBADhCQAAAjhAQAIAjBAQA4AgBAQA4QkAAAI4QEACAIwQEAOAIAQEAOEJAAACOEBAAgCMEBADgCAEBADhCQAAAjhAQAIAjBAQA4AgBAQA4QkAAAI4QEACAIwQEAOAIAQEAOEJAAACOEBAAgCMEBADgCAEBADhCQAAAjhAQONb3iSzpHgCCg99oOGbGIS0DQHDwGw3HzDikZQAIDn6j4RhhAOIbv/lwjIAA8Y3ffDhGQID4xm8+HCMgQHzjNx+OERAgvvGbD8cICBDf+M2HY+EBScsAECz8VsMxMxCpDQDBwm81HDMDkdoAECz8VsMx4gDEN37z4RgBAeIbv/lwjIAA8Y3ffDhGQID4xm8+HCMgQHzjNx+OERAgvvGbD8cICBDf+M2HYwQEiG/85sMxAgLEN37z4RgBAeIbv/lwjIAA8Y3ffACAIwQEAOAIAQEAOEJAAACOEBAAgCMEBKnatHySDPlPcRn+annZu3WF+TCAOEVAkKKTxw7JsJdKhU7XnTX8WXMTAHHK04CEX0eQ1oHMNffbVyN+/itm9Dc3ARCnPN0jm3FIy0DmObBrnQxsnTf0sx/V8VJJSDhpbgYgTnm6RzbjkJaBzDO5z30RP/tNy34wNwEQxzzdIxOG2PXXqukRz8/ET+4yNwEQ5zzdcxOQ2HT6dIJ89eaVoeem/9O5ZP/2P8zNAMQ5T/fcBCQ2Lf+pT8Rz8+tXL5qbAAABQaTjh/fKkOdLhJ6XoS+cJ8eP7jc3AwACgki/jGoX8bysmDnA3AQALJ7uuQlIbNm7baX0fypn6DkZ06Wa9XkIACTF0z13eEDSMhBdE3o2OPvzfjKrbP1jhrkJAIR4ulc2A5HaQPRsWPJ9xM/6x/5NzE0AIIKne2UzEKkNREfCqRMy8vVKoZ/zwGfyycHdG8zNACCCp3tl4hAbfp/8QcRzMW9cJ3MTALDxdM9NQLx39MAOGdy2cOh5+KJ9GTl5/LC5GQDYeLrnJiDe+/nzJyKehzVzh5ubAECSPN1zExBv7dq4UPq1yh56Dsa+V9PcBACS5emem4B467vuN4d+/v2ezCY7188zNwGAZHm65yYg3lk7f3TEz/+nIY+ZmwBAijzdc2dUQPSUU71XxamTx8yHkIRTJ47Kl6+UC/3sB7cpKEf2bzM3A4AUudtzu5QRAdHlN/S6Bf0aX3a4yHpljZTN/75zxM9+0Q/vmZsAQKqc77kzQEYEZNUvn0V8HR3juteWXZsWmZvijEN7N8vAZ/OHflbDX6sgCSePm5sBQKqc77kzQEYE5Nih3TKq02W2iOjZRXqK6tGDO80pcW3qwIcjfk7rF39nbgIAaeJ8z50BMiIgSl9BL5rY1Xov3wyJXiSnV1rrch3xbtvaX6xFEhN/Nt/3qG9uAgBp5m7PHWP0g+DpQ1pYp6SaIdG1njYu/Z85JW6cPn1aRnW+NvTz6N8qh+z5a5m5GQCkWaACkkivZxjb9UZbRHT8r+ftsm/bKnNK4P084TN57vYs8laTLNLnzM9h1vBnzU0AIF0CGZBEf8z5Qr54ubQtInrTpNmj/iPHj+wzpwTS4UMH5Y4bzpc7r84ij9bOIh2bFpOjB3ebmwFAugQ6IEoXBpz3XUcZ2DqvLSR67+8VP/cL/F33XnnlFSleIItULpVFbqp85ihsdC9zEwBIt8AHJJFebKg3STIjouOrzlfJX6umm1MCYe3atZI7d27JkiWL5MyeRerccLkknDplbgYA6RY3AUm0dfXPMuatq20R0TG57/1yYNc6c4qvNWrUyIpH4vjxxx/NTQDAkbgLiNK3rFbMHCBDnz/XFpEBrfPIb2Nfl5PHDpnTfGfKlCkR8WjYsKG5CQA4FpcBSXT86H759asXpf/TuWwhGfbyhbL618/NKb5x6tQpqVq1aige+jaWvp0FABklrgOSaN/21fK/T+60RUTHt+9eLzvWzTWnxLzevXtHHH20b9/e3AQAXCEgYXRF35Edq9gioldvTxv8iBze95c5JSbt2bNHihcvHorH+eefLwcOHDA3AwBXCIghIeGkLJnykXzWtogtJIPaFJCFE96O+cUH27RpE3H0MXjwYHMTAHCNgCTj6KFdMuOLp6wlP8yQfPHKxbJk9tfmlJiwbNkyyZkzZyge1atXt5YxAYCMRkBSsXvz7zLug1siAtK5SRZpUSeL/KfFLbJyxRJziqfq168fikfWrFnll19+MTcBgAxBQNJo3YKvZXiHi+Wjf2eRtndkkXuuySJXlMkihc/JIU899ZTs2rXLnJLpxo0bF/HWVdOmTc1NACDDEJB00M8+fv76bXn8tgJyY+UsckHRszvrIkWKSM+ePeXkyZPmtExx/PhxqVixYuj7yZ8/v2zatMncDAAyDAFxYPfOv6R920ckT66sEa/4dVSpUkUmTZpkTom6bt26RXwfb775prkJAGQoAuLCnDlz5Prrr7dFRMddd90lq1evNqdExfbt26VgwYKh/3a5cuXkyJEj5mYAkKEISAb4/PPPpVSpUraI5MqVS1588UXZv3+/OSVDPfbYYxH/3VGjRpmbAECGIyAZ5NChQ/Laa69Jnjx5bCE577zzZMCAAZKQkPHLxs+fP1+yZcsW+m/VqlXL3AQAooKAZLB169bJ/fffb4uIjquvvlpmzJhhTnHlpptuCn19DcnChQvNTRCP9N+Bfg6mLyjKlRPJn18kXz6RsmX1H41Ip04iCxaYs5J35t9XaKSXm7mIaTyjUTJ9+nS56qqrbBHR0aRJE9mwYYM5Jd1GjBgR8XUff/xxcxPEm+XLRe6+O3KnndK4886/56QmfE56uZmLmMYzGkX6llW/fv2kRIkSYkYkb9680rFjRzl8+LA5LU30Q/IyZcqEvl6hQoVkx44d5maIJ999J3LOOfZIpDZ0js5NSfj26eVmLmIaz2gm2Lt3r7Rr1y5iiZHEUbp0afnyyy/NKanq1KlTxNd5//33zU0QT8aPF8mWLXJnfc89IsOG6W0p9UM6EX2xsm6diP57a9RIJGvWs9vqXP0ayXETATdzEdN4RjPRypUrpUGDBhE7/sRRs2ZNmTdvnjklSRs3bpR8+fKF5laqVElOnDhhboZ4oVEoUuTsTvrCC0Vmzza3spsz5+9tE+fp19CvlRQ3EXAzFzGNZ9QDEyZMsHb6ZkT0Q/AWLVrItm3bzCkRHnzwwYh541N65Yjge/jhszvo888X2bzZ3CJ5uq3OSZzfrJm5xd/cRMDNXMQ0nlGP6BHDBx98IIULF46IgQ69KLBr167W8iSmmTNnWoskJm572223mZsgnugRQ44cZ3fQTu55P3ny2fn6tZI6CnETATdzEdN4Rj22c+dOeeKJJyR79uy2kFSoUEHGjh0b2lY/lK9WrVrocf1MZcWKFWFfDXGnR4+zO2c9PdepmjXPfp2PPjIfdRcBN3MR03hGY8SiRYukdu3atojoqFevnnWfj4EDB0b8edu2bc0vg3jTsOHZnfOnn5qPpl2vXme/jn7AbnITATdzEdN4RmPM6NGjrbWszIjkyJHDOvU38f/rqcF6dhfi3CWXnN05//67+WjaLV589uvo1zSFR8DNQKDwjMago0ePSufOna0l2c2QJI7evXub0xCPihY9u3Pevdt8NO30fjaJX6dYMfNRewicDgQKz2gM27x5szRr1iziQ/PEcdlll8mPTj4wRbCEf4Du5l40ehp44tfRr2kyQ+B0IFB4Rn0gfL0rczRs2FDWrFljTkG88OIIJL3czEVM4xmNcXpzqvBg6BLxZkRy584t7du3lwMHDpjTEXQVK57dOWfWZyDp5WYuYhrPaAzT2+PqW1WJodCl4pcuXSodOnSwomGGpGTJkjJ48GA5ffq0+aUQVLpcSeLOmbOwkMl4RmPYxx9/HBGIV199NfTY2rVrpXHjxhGPJ47q1avLrFmzwr4SAovrQOAhntEYtWvXLilatGgoCnrHw4MHD5qbydSpU6Vq1aq2iOho2rSpbNq0yZyCIPnzT5Hs2c/uoKdMMbdIHVeiwyGe0RjVunXriBgMHTrU3CTk1KlT1mm9xYoVi5ijQ08FfvPNN61TgxFQDz10dgd9wQWshYVMwzMag5YsWWJdOJgYgRo1aqTpc409e/ZImzZtklw2vmzZsjJy5EhzCoJAl2svVOjsTlpX2P31V3MrO1bjhUs8ozHon//8Z2jHryv0/pqWnUGY5cuXS/369W0R0aH3TF+QnluZwh++/Tby/h76v3WZE733h0ZB7wVy5IjI+vV6K0uRxo25Hwhc4xmNMd+e2RGE7/CbN29ubpJm48aNk4oVK0Z8PR26cGPLli25g2Es02s62rUTuewyPZvCfDRpX3/9973Pw3fYaRl6R8KwRTuTFL59ermZi5jGMxpDdPn28uXLS+KO/pwzv9hbtmwxN0sXXTa+W7du1i1vzZDon3Xv3p2bUcUSvZr8k08iLxDUo4OdO80tk7Z0qcjtt9sjkdy44w7uiQ7HeEZjyLvvvivhO/guXbqYmzi2fft2eeyxx6y3xMyQXHLJJdyUKhbo0jR6xBG+w9Whn03oLWnTQ9+m7NTp71N7y5QRyZv376H/W/+sY8e/t0krNxFwMxcxjWc0RmzdulUKFCgQ2qlfdNFFcuzYMXMz1+bPn5/s0ii33nor9xfxgi5FE35BYPi47jqRhQvNGUBMICAx4t///nfEznzMmDHmJhlqxIgR1plZZkT0DC69zwhLxWcCXXrm5ZdFcuWyh0NPxx0yRCQNZ98BXiEgMeC3336LeGupTp065iZRceTIEXnjjTckX758tpAUL15c+vTpY11jggymURg0SKRkSXs4cucW0RUHkrhoFIg1BMRjen3HDTfcENpx6xlSi3Vhu0y0ceNGeeihh2wR0XHFFVfItGnTzClwSpeYueYaezh03Hvv31eWAz5BQDz2xRdfROywW7VqZW6SaWbOnHlm33aNLSI67j2zc/uTnZtzuqRM+BXj4eNMpGXqVHMGEPMIiIcOHz4sF154YWgnXaRIEdmZ1tM1o0SPiAYNGmSt7GtGRFcA1gUdk1qTC8nQi/feeEMkXz57OIoX/3sFXd4mhE8REA/997//jdhB99CVVWOE3lvk5ZdfTvL+IxdccIEMGTIkTcurxDW94rtsWXs4cuYUee45EU5UgM8REI+sX79e8ubNG9opV6lSJSYv6NO7Hd5zzz22iOi47rrr0r3MSlzQ6yv0WgszHDpuvVWEU6UREATEIw888EDEzvh///ufuUlMmTx5csTNrRKH3q9dl1txe8V8IGzfLtKy5d9Xjpvh0Lv8cbEmAoaAeODnn3+2dryJO+E7dDkJH9A7JOpNrsLvU5I4dNmVt956KyoXP8Y8PXLs1i1yRdzEoX/Wvfvf2wABQ0AyWUJCgvzjH/8I7Xj1M4ZVq1aZm8W03bt3W/crCV9yPnHoFfRfffWVOSW4xo2LvC954tCbPOnRCAtWIsAISCbr169fxA73+eefNzfxDb0/e/jS8+Gjdu3amX49S2Y6sGKF7NbPM8xw6KhVK33rTAE+RUAy0b59++Tcc88N7WT1f+uf+Z0uQR++inDi0Isin3zySc9PTc5Ie/fskX7PPSfv5cwpM8xw6BlX3LQLcYSAZCI92gjfwerRSFDoUvS6mnDBggVtIdHrWz788MOYPMssrXRJl08//dRa4uXSM3+nx8+MIWfGWg2H3oNDr/XgtsGIMwQkk6z5Y1XENRX6OYh+HhI0uqqwLgyZ1LLxlStXjvmzzZIydepUqVq1aujvkfvMqHtmdDwzljRtKqf1KnMgDhGQTNK25R1S7twsck6ev099/emnn8xNAkUXiLzxxhttEdGhZ5354cQBXbqlcePGtu9fxz3Vq8tqXdcKiGMEJBMsn/c/aXJjFvln1SxyZbks0qrFA+YmgaVrfZUuXdq2A9ajMX1LLxY/A9KlWjp06GAt3WJ+37rEy+DBg7kKHxACEnUJp07I5x2qyGv3ZpEn62WRB2vllW1b1pubBZqu+aXLtoRfeZ84SpQoIf3794+Jt/M0CrpEiy7VYn6fGpP27dtbS7wA+BsBibIlP/aQvk9ksUa3Zlnkhy9eNzeJG7p8y7/+9S/bzlmHfibk5dt6s2fPtpZmMb8vHQ0bNrSWdAEQiYBE0dGDO+WztkVCARn28oVy8vhhc7O4o1fih19MGT50iRcNTWbZvHmzNGvWLGJlgMShS7f8qPcpB5AkAhJFM4a1CsVDxx9zvjA3iVv6ltWAAQMirotJHPpW1+uvv2699RUtuuRK586drSVYzP9+sWLF5JNPPrGWbgGQPAISJbs3LZZ+rbKH4vFt1xu4v3US9EP0F154Icll4/VeKcOGDTOnuDZ69GgpV66c7b+nS7M888wz1lItAFJHQKJk3Pt1QvHo92Q22bH+N3MThFm9erXceeedtp26Dr3l79y5c80p6bZo0SJriRXz6+vQJVmWLVtmTgGQAgISBX8uGBPx1tW0zx41N0EyJk6caF1waO7g9cLERx991LpQMb10KZUnnnjCWlrF/LoVKlSQsWPHmlMApAEByWCnTh6TLztcFIrHoDYF5PD+9O/04pl+9qB3Z9QlUMwdfoECBeSdd96xlk5JjS6d8sEHH0jhwoVtX0eXXOnatWuavg6ApBGQDLZgQpeIo4+FE981N0Ea7dq1S1q1apXkkYMu3vjNN9+YU0ImTJgglSpVss3TI5kWLVrItm3bzCkA0omAZKDDe7fIoGfPCcVj+KvlrSMSuPP7779LnTp1bDHQUbduXVmyZEloW10i5fbbb7dtp0OXVpk3b17YVwbgBgHJQNMGNY84+li36FtzE7gwZswYufjii21h0LOnWrZsKU8//bTkzJnT9rgupaJLqgDIWAQkg2z/81frbKvEeIz/oK65CTKAXr/RpUuXJK/fMIdeT9KxY8eoXk8CxDMCkhFOn5Zv3q0Rikf/Vjlk95azb6sg4/3111/SvHnzJK8g19GkSRPZsGGDOQ1ABiIgGWD17KERb13N/LK1uQmiZM6cOZIvX75QOPLkySMzZswwNwMQBQTEpZPHDsmwl0qF4vFZu6Jy9NAuczNEUaNGjUIB0QsCAWQOAuLS3G9fjTj6WDr1Y3MTRFl4QOrVq2c+DCBKCIgLB3b+KQNa5wnFY1SnyyQhgQX4MhsBAbxBQFyY1OfeiKOPTcsnmZsgExAQwBsExKEtq6ZFxGNir7vNTZBJCAjgDQLiwOmEU/LVm1eG4jHg6dyyf/sf5mbIJAQE8AYBcWD5T30ijj5+HfOSuQkyEQEBvEFA0un44b0y5PkSoXgMfeE8OXH0gLkZMhEBAbxBQNLpl5FtI44+Vs4caG6CTEZAAG8QkHTYu3WF9H8qZygeY7pUk9OnE8zNkMkICOANApIOEz+56+zRx5NZZeuameYm8AABAbxBQNJh4DP5QgGZ0v9B82F4hIAA3iAg6TBr+LNWPL5oX0YO7d1sPgyPEBDAGwQknQ7v+0tOnThq/jE8REAAbxAQ+B4BAbxBQOB7BATwBgGB7xEQwBtxGZDwCwHTOhC7CAjgjbjcM5pxSMtA7CIggDfics9oxiEtA7GLgADeiMs9I2EIFgICeCMu96AEJFgICOCNuNyDEpBgISCAN+JyD0pAgoWAAN6Iyz0oAQkWAgJ4Iy73oAQkWAgI4I243IOGByQtA7GNgADeiMu9oxmI1AZiGwEBvBGXe0czEKkNxDYCAngjLveOxCFYCAjgjbjcgxKQYCEggDficg9KQIKFgADeiMs9KAEJFgICeCMu96AEJFgICOCNuNyDEpBgISCAN+JyD0pAgoWAAN6Iyz0oAQkWAgJ4Iy73oAQkWAgI4I243IMSkGAhIIA34nIPSkCChYAA3mAPCt8jIIA3CAh8j4AA3iAg8D0CAniDgMD3CAjgDQIC3yMggDcICHyPgADeICDwPQICeIOAwPcICOANAgLfIyCANwgIfI+AAN4gIPA9AgJ4g4DA9wgI4A0CAt8jIIA3CAh8j4AA3iAg8D0CAniDgMD3CAjgDQIC3yMggDcICHyPgADeICDwPQICeIOAwPcICOANAgLfIyCANwgIfI+AAN4gIPA9AgJ4g4DA9wgI4A0CAt8jIIA3CAh8j4AA3iAg8D0CAniDgMD3CAjgDQIC3yMggDcICHyPgCC91q1bJz179pSGDRtKpUqVpFixYpIjRw4pVKiQXHzxxXLPPffI22+/LatWrTKnhiT+m9ORXm7mxhJ/f/eAEBCk3fr166V58+aSPXv2iJ14SqNmzZoydepU80u5ioCbubHE3989IAQEaTNp0iQpWrSoLRBpHaaUHkuNm7mxxN/fPSAEBKnTeJhHHfXr15e+ffvKkiVLZNeuXXLy5EnZu3evrF27Vr799lt55ZVX5JJLLkl2R+8mAm7mxhJ/f/eAEBCkTN+2Cj/yKFeunPz666/mZsmaMWOG1KlTx/xjVxFwMzeW+Pu7B4SAIGXNmjUL/fu46KKLZOfOneYmjriJgJu5scTf3z0gBATJ07Otwt+6mjNnjrmJY24i4GZuLPH3dw8IAUHyevToEfq3cdttt5kPu+ImAm7mxhJ/f/eAEBAkT6/nSPy30b9/f/NhV9xEwM3cWOLv7x4QAoLkhZ9FtWzZMvNhV8Ij4Gb4mb+/e+CM22+/PfTLeN1115kPI46Fn321e/du82FXzBA4HX7m7+8eOEOXnkj8ZcyaNas8+uijsnXrVnMzxCFdniTx34Ze55GRzBA4HX7m7+8eOKNGjRq2X8oCBQrIO++8I8ePHzc3RxzJrCOQ9HIzN5b4+7sHztCriKtXr24dfZghKV++vHVVMeJTZn0Gkl5u5sYSf3/3QJjFixdbVwybEdFRt25dWbp0qTkFAcdZWNHl7+8eSMJXX31lXXFsRkTfD2/dunWGv5WB2OXH60BWrFhhvf1au3ZtKVOmjOTMmdN6K+6mm26SXr16yYkTJ8wpnrF/90AAHDt2TN566y0555xzbCHRX8aPP/44wz9URezx45Xo5r9Xc+jbtfv27TOnecL+3QMBsmXLFuv+D0l9PnLppZfK5MmTzSkIGL+thXXVVVdJ165dZfbs2bJ9+3Y5cuSI/PHHH/Lee+9JwYIFrTlPP/20Oc0T9u8eCCBdfTWps7V03H333dYvKIJJj0KKFCkSEZH0rsZ7yy23mH+cYgRS43TuN998Y80577zzzIc8kb7vHvC5oUOHSqlSpWwRyZUrl7z00kuyf/9+cwpi2PLly2XlypXmH9v88MMPSd4PpF+/ftbJFfq5mL6lqW8N6f1Axo4dKx06dIi5+4Ho96dz8ufPbz7kifR990AAHDx4UF599VXJkyePLST6ym7QoEGSkJBgTkMMWbNmTcQZViNGjDA3sdGIhB+JpHeYUnosNU7nTpw40ZqjR9OxIH3fPRAgf/75p9x77722HYWOatWqycyZM80p8NiBAwfk5Zdfto4Yw5+vhx9+2Nw0Sfp2ln4mYh6NpDRq1arl6T3R9WJYvSlW7969pVixYtbZhBqSWJD6dw8E3LRp0+SKK66w7Th0PPTQQ7Jx40ZzCjLZ6dOnrSPDkiVL2p6jvHnzypQpU8wpKdKQ6Cm+ehSjb1PpmXkaFf2QWpfG0T/XU2lT+mwsPREwpWWu+ffUcf3116f77xpNyX/3QBw5deqU9OnTR4oXL277pc2XL5906tTJOhsGmW/WrFlyzTXX2J4XHY0bN7aOJIPI/Lvq0H+fbdq0sY7EYgEBAcLs3btX2rZta128Zf7y6kVdw4cPN6cgSjZt2iRNmza1PQ869IgxqbeVgkgvHNSfxciRI63VpvXvX6VKlQw7HdkNAgIkQc/s0SuXzR2Xjtq168uiRcvNKcggeqT3xhtvWEd+5s9eX4F/+umn1hFjPNK/tx516c+iVatW5sOZjoAAKfj+++8jTuXUkT9/OSlZsq60bz9Edu8+bE6BC3o2VdmyZW3h0CPC5557Tvbs2WNOiTv64kZ/Jueff775UKYjIEAq9C2E999/XwoVKiS5chWRIkWukdKlH5DKlV+Rm28eLEOHLj6zDaf9urFgwQLrbCczHDpuvfVWa30o/E3PytKfi56J5jUCAqTRjh075JlnXpVSpRpI+fJPy5VXvi/VqvW1RqNGI+TnnzeYU5AK/Zm2bNkyydNq9chv/Pjx5pS4t2TJEuvnU7p0afOhTEdAgHRatmy9NG8+MBSP8NG69ffy5597zSkw6FFd9+7draM6Mxz6Z/pYLK06Gyv0MxBdekd/Ti1atDAfznQEBHBo0qS1ctddX9oict11/aVbt1myf/8xcwrO0KMK83MlHXoUokcjelQSrypXrmwtoTJ9+nTrGhRdNSHxLCz9fCjxLCxdZToWTl8mIIALx4+fkv7950vNmvYjkltuGSKjRy+ThITT5rS4tGbNVrnvvuckWzb7KdL6+Yd+DhLvzJ9LUkPXcouVVRIICJABtm8/JK+/PtUWER3/+tdomTt3izklbuiRWPfus+Sqq96WCy+8V/Lnvzi0M9QzrtKyjlW8WLVqlfX2Xb169aRChQrWqcy6ZptGo0GDBtZyJnpUEisICJCBFi/eJs2afW2LiI4XXvhBNm+On9V+9cjrq6+WSd26Q0I/g4oV20qJErWkYMFzrWs9uLrf3wgIkMFOnxb57rtVcuutn9sicv31A+STT+bI4cPB/oD4t9+2SJMmo21//yuv7C5t2vSWLVu2mVPgQwQEiBKNxMcfz7GiYe5INS7jxq2yYhMkW7YckBdfnGT7++rQIzM9QkNwEBAgyvRtq+ef/8G2Q9XRvPk3gdipaix79ZqbZCzr1/9cxo5dGbhYgoAAmUY/SH/gAfvbOtdc09f6AF4/iPcbjcL48avkttvsb9fVqNFfevYM/tt18YyAAJlIP1geNWqZdYqvucPVU4EHDJhvnRrsB7//vl0eeeQb299Dx3/+84Ns2hQ/JwzEKwICeEBPbX3vvVly7bX9bTtfvThx8uS15pSYsWPHYeuISY+czO/9/vtHyZw5m80pCCgCAnhIlz15+unvbTtiHY8//p2sWrXLnOIZPTIaOHCB3HTTINv3WqfOZzJy5FI5dYpFJeMJAQFiwE8/rbcWZDR3zNWr95O33vpJ9u49ak4JMef07v2buUmywuel5Mcfk162RY+gunadybItcYqAADFCl4QfMmSR1Ko12Lajrl17sPzwwxpzisXc9oYbBsq2bWm7Wjm1gOzbd1Seemq87b+hQ/987VruzxHPCAgQY3bv1jvyTbeOPsJ32Pohe1Lrapk7dh2vvTbF3CxJqQWkb995tq/dsOFw64gJICBAjFq+fKc89tjY0I5b30JKa0D0A+6lS7ebm9qkFhBdDDLxcT0y0iMkbp6FRAQEiHFTp66Tfv3my4YN+8yHLOERCL8KvEWLseamNqkFRIP19dcrrHDokREQjoAAPhceAb32Qi/gS/z/es+SlKQWECAlBATwOTMCH344O/T/9W2vlC5MNOcC6UFAAJ8zI3Dw4PGIJdQ/+2yhMeMscy6QHgQE8LmkIqAX9SX+mX74ndznF0nNBdKKgAA+l1QE9Irw++4bGfrzLl1+DptxVlJzgbQiIIDPJReBmTM3hP5crylZs2Z3xOMqublAWhAQwOdSikDr1mfX2dL/bUppLpAaAgL4XEoR0KOO8CvaZ83aGPF4SnOB1BAQwOdSi4B+/pH4uC63Hn41e2pzgZQQEMDnUouAnoEVvkCj3tAqUWpzgZQQEMDn0hKBwYMXhrbRa0T0WhGVlrlAcggI4HNpiYBejR5+P48ePWZbf56WuUByCAjgc2mNgN5PJHE7XS9r8+b9aZ4LJIWAAD6Xngj8+9/fhrYNX7k3LXMBEwEBfC49EdB7hOi9QsLnpHUuYCIggM+lNwKvvjrFFo+0zgXCERDA59IbAb1fut43nYDALQIC+JyTCPTqNZeAwDUCAgBwhIAAABwhIAAARwgIAMARAgIAcISAAAAcISAAAEcICADAEQICAHCEgAABdvJkgnTtOlOeeeZ7Wbx4m/kw4AoBAQJs3LhVoaVKGjceaT4MuEJAgAALv5Wt3hcdyEgEBAgwAoJoIiBAgBEQRBMBAQKMgCCaCAgQYAQE0URAgAAjIIgmAgIEGAFBNBEQIMAICKKJgAABRkAQTQQECDACgmgiIECAERBEEwEBAoyAIJoICBBgBATRRECAACMgiCYCAgQYAUE0ERAgwAgIoomAAAFGQBBNBAQIMAKCaCIgQIAREEQTAQECjIAgmggIEGAEBNFEQIAAIyCIJgICBBgBQTQRECDACAiiiYAAAUZAEE0EBAgwAoJoIiBAgBEQRBMBAQKMgCCaCAgQYAQE0URAgAAjIIgmAgIE2IABs+Tyyztbo0aN98yHAVcICBBgvXqNlTJlHrTGpZe2MB8GXCEgQIB9+OFAKVz4SmuULn2D+TDgCgEBAuzdd7tKtmw5rVG4cDHzYcAVAgIE2DvvvCNZsmSxRsGCBc2HAVcICBBgBATRRECAACMgiCYCAgQYAUE0ERAgwAgIoomAAAFGQBBNBAQIMAKCaCIgQIAREEQTAQECjIAgmggIEGAEBNFEQIAAIyCIJgICBBgBQTQRECDACAiiiYAAAUZAEE0EBAgwAoJoIiBAgBEQRBMBAQKMgCCaCAgQYAQE0URAgAAjIIgmAgIEGAFBNBEQIMAICKKJgAABRkAQTQQECDACgmgiIECAERBEEwEBAiw8IOecc475MOAKAQECatWqVVKmTJlQQHT069dPEhISzE0BRwgIEDD79u2T559/XnLlyhURj8Rx1VVXyfTp081pQLoRECAg9Miif//+UqJECVs0khr333+/rFu3zvwyQJoRECAAfvrpJ/nHP/5hi4SOBx54QLp27Srnnnuu7bE8efLI66+/LocOHTK/JJAqAgL42Pr1661AmGHQoUH5+eefQ9vu379fXnzxxSTf2ipVqpR8/vnnYV8ZSB0BAXzo8OHD1pFD3rx5bTHQI40BAwYk+2H56tWr5a677rLN03H99dfLnDlzzClAkggI4DPDhg2TCy+80Lbz1yOLF154wfoQPS0mTZokVapUsX2drFmzyiOPPCJ//fWXOQWIQEAAn5g7d67ccMMNth2+jjvvvNM6skivkydPykcffSRFihSxfc0CBQrI22+/LcePHzenARYCAsS4rVu3yqOPPirZsmWz7eQrV64sEydONKek265du+Spp56SHDly2P4bF198sXz99dfmFICAALFKX/nrleR6JGDu1PWIoUePHtYRREZasmSJ3HLLLbb/ng79899//92cgjhGQIAY9M0330j58uVtO/Hs2bNLq1atrCOGaNIjDj3yMP/7eoSiRyrR/u/DHwgIEEP0CKBu3bq2HbeOOnXqZOoRgB4B6WcgyR0B6WcnGX0EBH8hIEAM2L17tzz99NPJfgYxZswYc0qm0bOx9KwsPTvL/N70LK4ffvjBnII4QUAAD+kr+J49e0rRokVtO2ddPbdLly5y7Ngxc5on9PoQvU7E/D516HUlTs4Cg78REMAjeh3GpZdeatsZ6yv95s2bx+x1GHrFul65bn7feh2KXumuV7wjPhAQIJP98ccfcvfdd9t2wDpq1KjhiyvBde0svRJe19Iy/w6pXQmP4CAgQCbRV+YvvfRSsmtRDR061JwS83Q1X13V1/z76Lj66qtlxowZ5hQECAEBokxfiQ8cOFDOO+88205WX8G/9tprvl8NV+8vovcZMf9+Opo0aSIbNmwwpyAACAgQRfoKvFq1aradqo777rsvUPfj0FDqHQ+Tuh+JLvrYsWNHaxFIBAcBAaJg48aN8uCDD9p2pDquvPJKmTZtmjklMHQxx//85z+SM2dO29+9dOnS8sUXX5hT4FMEBMhAR44ckU6dOkm+fPlsO8/ixYtL37595dSpU+a0QNJ7st9+++22n4OOG2+8UebNm2dOgc8QECCDDB8+XMqUKWPbWeor8Xbt2snevXvNKXFhwoQJUqlSJdvPRReHbNGihWzbts2cAp8gIIBL8+fPl5o1a9p2kDoaNGggK1euNKfEnRMnTsgHH3wghQsXtv2MChYsaN1yl2Xj/YeAAA5t377degWd1DLr+or7+++/N6fEvZ07d8oTTzxhLQpp/swqVKggY8eONacghhEQIJ30lfJ7771nvXI2d4L6Cvv999+3XnEjeYsWLZLatWvbfn46/vnPf8qyZcvMKYhBBARIh++++04qVqxo2+npK+rHH3/ceoWNtBs9erSUK1fO9vPURSWfeeYZa5FJxC4CAqTB8uXLpV69erYdnY6bb75ZFi5caE5BGulikZ07d7YWjzR/tsWKFZNPPvmEZeNjFAEBUrBnzx559tlnk1xmXV85jxo1ypwChzZv3izNmjVLctn4yy67TH788UdzCjxGQIAk6LUavXr1sl4Bmzuz/Pnzy5tvvilHjx41pyEDzJ49W6677jrbz11Hw4YNZc2aNeYUeISAAIYpU6bI5Zdfbtt56Svjhx9+2HqljOg6ffq0DBkyRC644ALb85A7d25p3769HDhwwJyGTEZAgP+3du1aadSokW2HpePaa6+VX375xZyCKDt48KB06NDBiob5nJQsWVIGDx5sxQbeICCIe/pK9pVXXklyJ3X++efLZ599xk7KY3/++ac0btzY9vzoqF69usyaNcucgkxAQBC3NAoaB42EuVPSmGhU9BUwYsfUqVOlatWqtudLR9OmTWXTpk3mFEQRAUFc0rej9JWruRPSoW9j6dtZiE16gsOnn35qLU5pPnd6gsMbb7zBCQ6ZhIAgrugrVP0g3Nzx6NAPzvUDdPiDnmL93HPPJblsfNmyZWXkyJHmFGQwAoK4oK9I9dRbfYVq7mz0VN3evXvHzTLrQbNixQq59dZbbc+rjlq1asmCBQvMKcggBASBpxf7JbVchr5ybdOmjfVKFv43bty4ZJeZadmypezYscOcApcICAJLlxfRZUbMHYoOXZZElydBsOgilt26dZNChQrZnnP9s+7du7PQZQYiIAgcfaWpCxsmtWS4vkLVBRERbLrUvh51JLXU/iWXXCLjx483p8ABAoLA0FeWupR6cjct0iXYuWlRfNHPP2666Sbbvwcd+rmJfn4C5wgIAqFnz57WmTfmTkJfgT722GPWK1LErxEjRiT570M/B9PTtjdu3GhOQRoQEPievlVh7hh06G1m9XazgDpy5Ih1jUi+fPls/1b0wlFdVh7pQ0Dge+YryzJlysjw4cPNzQCLXgv00EMP2SLCcijpR0Dge3quf+JOoHz58tYrTSA1+rZneED4PCT9CAh8L3wFXT09F0gLXXWAgLhDQOB7BAROEBD3CAh8j4DACQLiHgGB7xEQOEFA3CMg8D0CAicIiHsEBL5HQOAEAXGPgMD3CAicICDuERD4HgGBEwTEPQIC3yMgcIKAuEdA4HsEBE4QEPcICHyPgMAJAuIeAYHvERA4QUDcIyDwPQICJwiIewQEvkdA4AQBcY+AwPcICJwgIO4REPgeAYETBMQ9AgLfIyBwgoC4R0DgewQEThAQ9wgIfI+AwAkC4h4Bge8REDhBQNwjIPA9AgInCIh7BAS+R0DgBAFxj4DA9wgInCAg7hEQ+B4BgRMExD0CAt8jIHCCgLhHQOB7BAROEBD3CAh8j4DACQLiHgGB7xEQOEFA3CMg8D0CAicIiHsEBL5HQOAEAXGPgMD3CAicICDuERD4HgGBEwTEPQIC3yMgcIKAuEdA4HsEBE4QEPcICHyPgMAJAuIeAYHvERA4QUDcIyDwPQICJwiIewQEvkdA4AQBcY+AwPcICJwgIO4REPgeAYETBMQ9AgLfIyBwgoC4R0DgewQEThAQ9wgIfI+AwAkC4h4Bge8REDhBQNwjIPA9AgInCIh7BAS+R0DgBAFxj4DA9wgInCAg7hEQ+B4BgRMExD0CAt8jIHCCgLhHQOB7BAROEBD3CAh8j4DACQLiHgGB7xEQOEFA3CMg8D0CAicIiHsEBL5HQOAEAXGPgMD3CAicICDuERD4HgGBEwTEPQIC3yMgcIKAuEdA4HsEBE4QEPcICHyPgMAJAuIeAYHvERA4QUDcIyDwPQICJwiIewQEvkdA4AQBcY+AwPcICJwgIO4REPgeAYETBMQ9AgLfIyBwgoC4R0DgewQEThAQ9wgIfI+AwAkC4h4Bge8REDhBQNwjIPA9AgInCIh7BAS+R0DgBAFxj4DA9wgInCAg7hEQ+B4BgRMExD0CAt8jIHCCgLhHQOB7BAROEBD3CAh8j4DACQLiHgGB7xEQOEFA3CMg8D0CAicIiHsEBL5HQOAEAXGPgMD3CAicICDuERD4Xq1atUI7gYsvvlgOHTpkbgLYfPjhhwTEJQIC3ytbtmzEjuDCCy+Uzz//3NwMsKxfv14eeOCBiH8zOmbOnGluilQQEPjek08+adsZ6Lj++utl7ty55uaIU4cPH5b//ve/kjdvXtu/lTx58sixY8fMKUgFAUEg9O3bVy666CLbjiFr1qzyyCOPyF9//WVOQRwZNmyYdWRq/vvIlSuXdTTCvw9nCAgC4+TJk/LRRx9JkSJFbDuKAgUKyNtvvy3Hjx83pyHA9Aj0hhtusP170HHHHXfIqlWrzClIBwKCwNm1a5c89dRTkiNHDttOQz9k//rrr80pCJitW7fKo48+KtmyZbP9G6hcubJMnDjRnAIHCAgC6/fff5dbbrnFtgPRoX++ZMkScwp8To8w33nnHeuI03zO9ci0R48e1pEqMgYBQeDpEYceeZg7FD1C0SMVPWKB/33zzTdSvnx52/OcPXt2adWqFc9zFBAQxAV9ZaqfgST3yrRnz568MvWppUuXSt26dW3Pq446derI4sWLzSnIIAQEcUXPttGzsvTsLHNnU6VKFZk0aZI5BTFq9+7d0rp16yQ/69Iz8saMGWNOQQYjIIhLc+bMsa4TMXc8Ou666y5ZvXq1OQUxQo8UP/74YylatKjtuTvnnHOkS5cuXNORSQgI4ppesV6qVCnbjkivD3jxxRdl//795hR4aPLkyXLppZfani89omzevLls2bLFnIIoIiCIe7p21muvvWZdjWzumM477zwZOHCgJCQkmNOQif744w+5++67bc+Pjho1asivv/5qTkEmICDA/1u3bp3cf//9th2UjquvvlpmzJhhTkGU6RHgSy+9ZB0Rms+JHjkOHTrUnIJMREAAw/Tp0+Wqq66y7bB0NGnSRDZs2GBOQQbTIz498tMjQPM50CNFPWJk1WXvERAgCadOnZJ+/fpJiRIlbDswXYyvY8eO1uJ8yHi6Km61atVsP3cd9913n3WkiNhAQIAU7N27V9q1ayc5c+a07cxKly4tX375pTkFDm3cuFEefPBB289Zx5VXXinTpk0zp8BjBARIg5UrV0qDBg1sOzYdNWvWlHnz5plTkEZHjhyRTp06Sb58+Ww/2+LFi0ufPn2sI0LEHgICpMOECROkUqVKth2dLtrXokUL2bZtmzkFKRg+fLiUKVPG9vPUI762bdtaR4CIXQQESKcTJ07IBx98IIULF7bt+AoWLChdu3Zl2fhUzJ8/3zpyM39+Om677TbriA+xj4AADu3cuVOeeOIJa7E+cydYoUIFGTt2rDkl7m3fvl0ee+yxJJdZv+SSS+T77783pyCGERDApUWLFsnNN99s2yHqqFevnixbtsycEnf0iOy9996TQoUK2X5GeiT3/vvvW0d28BcCAmSQ0aNHS7ly5Ww7SF3s79lnn5U9e/aYU+LCd999JxUrVrT9XPTI7fHHH5cdO3aYU+ATBATIQEePHpXOnTtL/vz5bTvMYsWKSa9eveLmjKLly5dL/fr1bT8HHXrEtnDhQnMKfIaAAFGwefNmadasWZLLxl9++eXy448/mlMCQ4+02rRpk+S1M3qENmrUKHMKfIqAAFE0e/Zsufbaa207Uh0NGzaUNWvWmFN8S4+sevfubR1pmX9XPSJ78803rSM0BAcBAaLs9OnT8tlnn8n5559v27Hmzp1b2rdvLwcOHDCn+cqUKVOkatWqtr+fjocfflg2bdpkTkEAEBAgkxw8eFA6dOhgRcPcyZYsWVIGDx5sxcZP1q5dK40aNbL9fXRUr15dfvnlF3MKAoSAAJlMd7qNGze27XATd7qzZs0yp8QcjeErr7ySZAz1SEuPuPwWQ6QfAQE8MnXq1GTf9mnatGlMvu2T2ttxGhW/vx2HtCMggIf89MGzvh2V3AkB+jaWHlkhvhAQIAakdOpr2bJlZeTIkeaUTKOnJOsH4cmdkqwfoCM+ERAghqR08V2tWrVkwYIF5pSo0SMfPQLiokgkh4AAMWjcuHHJLv/RsmXLqC//oRf7sSwLUkNAgBiliwt269YtyQUI9c+6d++e4QsQ6vIiKS0MqUdIQCICAsS41JZAHz9+vDkl3XRpel3YMKml6fVISBdEBEwEBPAJvQnTTTfdZNvB69CbMK1YscKckio9gtGl1JO7OZYuwc7NsZAcAgL4zIgRIzLkNrB686aUbs+rRz5ASggI4ENHjhyRN954Q/Lly2cLQPHixaVPnz7JniGlt4tt0KCBbZ4Ovc2sHukAaUFAAB/buHGjPPTQQ7YQ6Ljiiitk2rRpoW31yKRdu3ZJXmuiRzRffvnl2S8MpAEBAQJg5syZcs0119jCoEPX3erSpYt1ZGI+pkcwnTp1so5ogPQiIEBA6DpVgwYNslb2NUOR1HjwwQetIxjAKQICBIwuZvjyyy9Lrly5bNHQUa1aNZkxY4Y5DUg3AgIElN7tMPy0X10td+DAgZKQkGBuCjhCQICA69+/v7X8yNatW82HAFcICADAEQICAHCEgAAAHCEgAABHCAgAwBECAgBwhIAAABwhIAAARwgIAMARAgIAcISAAAAcISAAAEcICADAEQICAHCEgAAAHCEgAABHCAgAwBECAgBwhIAAABwhIAAARwgIAMARAgIAcISAAAAcISAAAEcICADAEQICAHCEgAAAHCEgAABHCAgAwBECAgBwhIAAABwhIAAARwgIAMARAgIAcISAAAAcISAAAEcICADAEQICAHCEgAAAHCEgAABHCAgAwBECAgBwhIAAABwhIAAARwgIAMARAgIAcISAAAAcISAAAEcICADAEQICAHDk/wDrKOnTPNvs/wAAAABJRU5ErkJggg==)
| Product Number | 4256-3-02 |
| CAS | 446276-15-9 |
| MDL Number | MFCD03001225 |
| Molecular Formula | C10H18F3NO |
| Molecular Weight | 225.255 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4256-3-02
CAS: 446276-15-9
Molecule Weight: 225.255
Formula: C10H18F3NO
PN: 4231-3-01
CAS: 478050-28-1
Molecule Weight: 225.255
Formula: C10H18F3NO
![1,1,1,3,3,3-Hexafluoro-2-[(cyclohexylamino)methyl]-2-propanol](data:image/png;base64,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)
PN: 4256-3-09
CAS: 1980044-21-0
Molecule Weight: 279.226
Formula: C10H15F6NO
PN: 4231-3-00
CAS: 477858-40-5
Molecule Weight: 197.201
Formula: C8H14F3NO
PN: 4H02-3-0C
CAS: 672952-07-7
Molecule Weight: 211.228
Formula: C9H16F3NO
PN: 4H56-3-CE
CAS: 478050-22-5
Molecule Weight: 197.201
Formula: C8H14F3NO
PN: 4H02-3-0F
CAS: 866051-24-3
Molecule Weight: 211.228
Formula: C9H16F3NO
PN: 4H56-3-HB
CAS: 478081-38-8
Molecule Weight: 213.2
Formula: C8H14F3NO2
TSCA: Not listed on TSCA inventory