| Product Number | 4H56-1-XG |
| Purity | 97 % |
| CAS | 13484-38-3 |
| MDL Number | MFCD01320899 |
| Molecular Formula | C8H18N2O |
| Molecular Weight | 158.245 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4H56-1-XG
CAS: 13484-38-3
Molecule Weight: 158.245
Formula: C8H18N2O
![1-[2-(Morpholin-4-yl)ethyl]piperazine](data:image/png;base64,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)
PN: 4H56-1-H3
CAS: 4892-89-1
Molecule Weight: 199.298
Formula: C10H21N3O
PN: 4H07-1-X2
CAS: 741667-07-2
Molecule Weight: 172.272
Formula: C9H20N2O
![2-[2-(Piperazin-1-yl)ethoxy]ethan-1-ol](data:image/png;base64,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)
PN: 4H07-1-26
CAS: 13349-82-1
Molecule Weight: 174.244
Formula: C8H18N2O2
![1-[2-(Propan-2-yloxy)ethyl]piperazine](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAZAAAAJYCAYAAABM7LCIAAAACXBIWXMAABSfAAAUnwF4MpeWAAAB9XpUWHRtb2xTb3VyY2UAAHichZRtb9owEMe/ysmvh+04IQ+IUFWrJk1qN2ntpL2bjGNopNiunPD07XcOMEjZUgjx5e/7Xey7M/O7vWlgq31bO1uSiHIC2ipX1XZdkp8vXyY5uVvMFTqho21L8tp1bzPGdrsdVa/ayL2zVDlDjvOzfVsPfHYxdX7NBOcR+/X0+Nwzk9q2nbRKI9XWs7YXH52SXb+K/7yCGem3tWVHd2b89hjtt+Dh4nTfVuSyl884d48orOpGw8p5IzvYCk7x4p9gra32stMVLA8oxzTBvS/mTw9ObYy2HZohQq1k89z5jULBuEarDQZD4+tDSUyEgOycufdeHiBYQZYRSAEyBpmAnIJMQWYgc5AFyIjjD+cjgXludHjRy+FN42ohfL/392+XOyZIlAQXjB+IaBzH2XkQNE2zBHDZHKNOUUwySFHME8hRFBEUKE7z83ASjy4EDhh4ktAUSwMTxIswprSIw/he/+j5zGU045dnTA/7m5/FfOlsdWVCXZVkGZE+cT/0qhWn3BFwvtIe2zEECK7XgBgCIdPjQHwDJONAMgRCFceB6RAINR8H0iEQOmQcyIZA6KdxIB8CofvGgWII9L06ToT5Qen63v6AeV/u01kYZcTN5v+NsKsGY+fDiubNQWZXp5zhf9viDxUqexPoitZQAAAiTElEQVR4Xu3dB5hcVd3AYQGlCdIEFAWUIiJIU0pAijSVpoigNCOCKCgQRfmoIRB6CSCKtICRJhaKiIoUCQpKR0poAiEgEAEpoYUQzrfnrjOZuexuZv+Z2ezOvu/z7CPOPRuWyez9zdxzz73vSgAQ8K7yAwDQCAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAgREABCBASAEAEBIERAAAhpakDe9a53FV89aWQMAP1fU/fkjcShkTHdeeSRR9L3v//9tNJKK6X5558/zTHHHGnJJZdMa6+9dho+fHi69957y99Cb40bl9Iee6S03HIpvfe9Kc09d0of+1hK3/lO5zaA/4ntybvRSBwaGdOVE088Mb373e+ufn93X8yAY45JabbZ8l9S119527HHlr8LGKSausdtZCfeyJiyk046qfieWWaZJQ0dOjSNHTs2vfDCC+mNN95I48ePTzfddFM6/PDD0worrFD+Vhp18smdkeh4jtOuu6Z0880pTZqU0quvpnTLLSnttlvntjzmlFPK3w0MQr3bk09HI3FoZEytxx9/PL3nPe8pvuf8888vb6YZJkxIafbZO+NwzjnlrdPkbXlMHvvEE+WtwCDT+J68AY3EoZExtfbff/9i/I477ljeRLMceGBnGL7ylfKWd9pmm86xBx1U3gIMMo3vyRtQiUMjX41affXVi/HXXntteRPN0vEcF1G46qrylnf60586x665ZnkLMMg0vidvQDkSPX01asEFFyzGP//88+VNNMsCC3RGoZHn+NlnO8cutFB5CwF33XVX+sEPfpD++9//ljfRJG+99VZxluYf//jH8iZmUON78gY0EodGxtSqnHk1ZcqU8iaapeM5LqLQyHP85pudY/P3EPbaa6+lESNGVF/f+Y3SeeedVx7GDLruuuvSsssuWzzH+SScb33rW+k///lPeRhBje/JG9BIHBoZU8snkD7gE0ifuvDCC9MSSyxR/V2oPT19yJAh6eZ8BhwzJK8Z+/KXv1x9XmebbbbqP+c1ZHlZwJv5zRAzpPE9eQMaiUMjY2qZA+kDlTmQP/+5vOWd8jxJHrvGGuUtTMdtt92WPvOZz1R/BxZeeOF05plnFqek77fffmn22WcvHq+crv7UU0+V/wimY9KkSenAAw8sFhlXnsuddtopPfnkk+mKK66ofhrJX8stt1y68sory38EvdD4nrwBjcShdsxll12Wttlmm/ThD384zTPPPGnllVdOp556anHMsqJyFlZ+EdAiBxzQGYVtty1vead8plYem8/coiHPPPNM+uY3v5lmnXXW4rWcT0vP8x4vvvhi3biHH344bbXVVtXfkXnnnTcdddRRafLkyXXjeKe33347/fznP08f/OAHq8/fGh1vcvIasVr5U8fxxx+f5ptvvuq4z3/+8+mBBx6oG0djet7b91JvA7LZZpulMWPGpAcffLA4JnzPPfekjTfeOO2zzz7V8ZV1IPmdxEUXXVR9nCbqeI47nuTOMPziF+Wt03T8XRVj8jqQvHaEHuUd/3HHHZfe9773VV/3+TWfX+89ufrqq9MnPvGJ6vcstdRS6ZJLLikP43/+/ve/F7GoPF85IjkmOSrdmThxYtptt93qop4vk5Q/DdK4nvf2vdTbgHTliSeeKH7hap1wwgnF9+SI7LLLLumGG25IL730UvELmgOT32WMHDkyrbjiinXfl914443pzjvvLD9MWcdzXMQhrzb/1rc6V5/nVegdYU+33prS7rtPW4k+alT5uyn53e9+V3e45OMf/3ivzgLKJ43kT+OVOcD8teGGGxZvsuiUD0vtvPPOxX4hPz/5sNUBHZ+m82GsRt1xxx1p3XXXrT7H73//+9MZZ5xRdxSE7nW/Jw+YXhyy6Y15+umni1+asmOOOaZuIqy7r1r5l7ByXDlPqD366KN12weVqVNTOvvslFZZJaUf/7i8tdMRR6SOt2SdkejqK2878sjyd3UaMaJzLmWQf0ocN25c2mSTTaqvxzxhmy/FE52wzSeP7LnnntWJ9vy/e+yxR3ruuefKQweN119/vXjD+N73vrf6PG+99dbFxHnUL3/5y+LCrJU/Lx9O/8tf/lIeRkn3e/I+loufP9pvscUWad999y1vLuRjxMOGDUuf/OQni08p+R1HPptlnXXWSYceemi67777yt9SnLZX+w4lT7D15h1KW+j4xJZWW21aCIYOLY+YJl/ROF95t+Pdc3El3rnm6vznb3+7c1t3Ntts2p//mc+kdPvt5RFtLa/j2Guvvao7+vxm59sdz9mz+ay1JshXmt5oo42qO7gFFlggnXLKKYPu9PZf//rX6SMf+Uj1ecj7gmadYJMPox922GEdL/u5q3/+V77ylfTYY4+Vh/I//SIglb+sygsiH55qpnyIq/YY6WKLLVbMvfR0jLQt5LmNr31t2o49x2D48M5DU82WJ4R/8INpcyn500q+KOPEieWRbSW/8fnpT3+aFlpooerra4MNNigWCLbCpZdempZeeunqv2v55ZdPVzVyBYEB7p//vDutv/761f/u/HyfdtppLTnUlA+j77DDDtV/15xzzpkOPvjg9Morr5SHDnr9IiBZ/oifj+/mj//5uGazdXWWxpprrllMwLWdHIiOT2RFMCrx+OpXUxo/vjyy+fIEce2nkTyfddxxeUa5PHLAy+9887xb5fX00Y9+tHiH3Gp57u/oo48uztKq/Lu33HLL9NBDD5WHDngvvPB6OvDAX6QFF1y5+O/Mk9177713n6zcz/Onn/70p6vP8Yc+9KH0i55OMhmE+k1AKvK57/kXo1VefvnlYqKt9jzxHKw8IdcWLrggpcUXn7YDX3XVlMaOLY9qvT/8ofOmVJWfIx8G+93vyqMGpHysPR9zr+xY8inoRxxxRHF7gb6U5wu/8Y1vVM8kmnfexdLIkeekSZP69udohSlTpna8lO/u+DR3bkekj0iLLbZl2nzz7Yo5pr6U33iec8456QMf+ED173uttdZK//jHP8pDB6V+F5B8vDF/PG21rnYCeWKur3cCTXPbbSmts860HfbCC6d01lmdk+czS544zmdszT//tJ+r4xPmQL2zYXdvPv7973+Xh/apW265pbgr5wILfDots8x3O57iX6TLLru/469+YB6ivfHGCenLX744fepTZxRfW2/9y3TddTP37LP8d/9///d/dYs9v/71r8/0v/uZbaYGJK/5yOe854nGPLGd5yryL0JePNhXyoch8gRdXxyGaJpnnklpl12mnT2V12jkkxBKi9RmqjyRnE8DrtztMM+T7LVXnnkuj+yX8rvQc889t98f/rzkkhs64nF6dce7446/TXfe+XR5WL81fvwLHS+LP1R//vXXPzeNGXNXx/uQmfgmqORf//pX+uIXv1j3xvPII48cuG88Z9BMDUjeeW+66abFqY751N080X322Wf3+eR2nojLE3J9NRHaFHlOId9eNs8xVN7db7555xxEf5Wfz47ntfrz5k+aHc97asFEaLPkNzWVy+nkr/5+Asbrr09Jp59+a8cbsdHVHfEBB1yTnn66/555+PLLk9OJJ97UEeWzip939dXPTIcfPjY9//xr5aH9xjXXXFPcAbXyusiLPX/729+Wh7W9mRqQ/qarUzF373jn3KxTMZvm8stTWmaZaTvij3+88z4dA0X+hNfxSa/68+cFoE06FbNZ8pk4+fI5lR3EQDsF/KmnJnV8kr+6GpEclDPOuK0ITH+RD7Fdcsn9aeONx1R/zt12uzzdf38/+33rRj6F+ic/+UndYs/Pfvaz6e677y4PbVsC0oWuFoONGjUqvBisWR657750ycYbpxcrO958Fd18L/OBuBYgf+QfOTKleeaZFpKtt86TU+WRfSovUjv88MPrFqkN5EWot9/+VNphh99Wd9CbbXZBx3uNh8vD+lz+ubbf/jfVn2vzzS9IV131r/KwASEv9vze975X98bzO9/5zqBY7CkgPShfjiJfvbM3l6NoltoX6PYdP8ef81xCXuzXDi/QfPZbPm37f5dJmdrxTv+2Aw5Ir778cnlky1188cV1i9RWWmml4n4SA11+p3/ppfXv9L/5zcs73ij1/Tv9f/87T0ZP+2S0zjqdn4zeeGMAvgkqyYs987xu5fWTF3ue3PEGr50XewrIdEQviNcMXX1E3qHjI/Iz//xneejAlyek89VTO/4bd+/4WrKBC+I1S75WWu0itXw9pJ/97GctWaQ2M02aNDmddNLf01prTZtrOOyw6/tkruG116ak0067NQ0ZcnY1HgcddG165pmBcUiwN/JVxpdZZpnq6ylfB+1PA+kQcy8ISIPy1Tt33XXX6V6Su1nKk3R5kdpvfvOb8rD20hGLcWPGpI0XW6z6393VJbmbJd+ZLl/qpnKNtfx3mq8E3ReL1Gamxx9/seO/84/VHfl66/V8tlNl3IYbjkmvvNL1gtDKmK5ceeVD6QtfOL86ZqedfpvuumvgnB0Wkd945uv31b7x3HzzzdtusaeA9NLtt9/e5U2BpjZpvUVXpwnOjEVqM1NPNwVqhjyXle9Il+e2Ks/z5z73uXT//feXh7a1m256Im2zzbT1Fl/60kXFGoyyyvb8lc/w6kpXAXnggWfTLrtcVt2W16dcfvkDA3Z9SkS+F0y+gnjljWdeR/LDH/6wZW88+5qABOV7k9TelnSVVVZJ119/fXlYwyoLlWp3moN9oVKeuK69LWme2M4T3HmiOyrfge5jH/tY9c/M//z73/++PGzQyCu+L7zwnvTZz/682Mnnw1qTJ9cfuqsNyLrrnlNcXqSsq4BU4pQPmZ1yyj+6/fQyGNx6663FRV8rr7tFFlkknXXWWU174zmzCMgMyFfvHDFiRN3VO7fddtteXb2zskjNpRK6lyey80U2K89Pnuj+1a9+VR7Wo3zHuXznucqfke9Il+8zM7PPrOsvchTyTj7PkZRV4jBsWOdhr7xmo6yrgORLkRxzzF/ThAnNvTjqQHbBBRekxRdfvPo6XHXVVYv7Gw1UAtIEEyZMSNtvv331RZGv3nnIIYdM9+qdLtbWuDyhnSe28wR35fnKE9/Tu1lYvsNcvgVAnt/I35PnO/Kd6PL8B42pxOHBB5/reL2eUUyET5xY/9ruKiB07dVXXy1uPzHXXHNVX8tf/epX0/i+uNhpkwlIE/3tb3/r+CX6VPVFke/1ft5555WHFYvUdtxxx7rgHHTQQdMNDp2LPfNEd20Q8kR4ebFnDs7pp59eF5z11luvuAMdvVMbh8rixJEj6y/QKSC9l++mmsNReX3moAwfPrwIzEAhIE2Wj2mOHj06LbrootUXxpAhQ9LNN9/c7Q1rBuoitZkpT3jny+BUnsc8IZ4nxvMhqXwnuXxHucq2fKe5fMc5YmrjkK9XledJ1ljjrOJsrq7G0Dv5ENZqq61Wfb3mQ1z5UNdAICAtkm+Ktd9++9VdvbPyz/nLLTOb44orrqhb7Fl7j4wc6hzsHG7iynEYMeIvxf/P19jqbgy9k9945usA5sn1yus3X3dt7My4FUMvCEiL5dvwbrXVVtUXRT6TKB9aabdFajNT/tRx/PHH132yy4cI86FCZlw5Dvk6W/nMqjwfkudFuhpDTD69N5/mW1mblK9O3p8JSB/JE+T5BZHPuKI18jHlHOsLL7ywvIkZ0FUcjj02z/edkfbeu/PSPl2NIW7o0KHF/iKvIenPBKSPVE5DHYyXfGZg6yoOzz77avWS8fmeI12NIS6fKJL3F/kaeP2ZgPQRAWGg6i4Oed1Ifjxfgr27McQICHUEhIGquzi8+OLrxXW0Ktu7GkOMgFBHQBioeopDvhS7gDSfgFBHQBioeopDvr5VvkpvT2PoPQGhjoAAjRIQ6ggI0CgBoY6AAI0SEOoICNAoAaGOgACNEhDqCAjQKAGhjoDQLkaPviMdeeQNg+re5n1NQKgjILSLfEfCvOaj9n4gNJeAUEdAaBf5ZlI5II8++kJ5E00iINQRENqFgLSegFBHQGgXAtJ6AkIdAaFdCEjrCQh1BIR2ISCtN2zYsDTLLLOmvfbaq7ypXxGQPiIgtAsBab2DDz4tLbroJumAA35S3tSvCEgfERDahYC03rHHXpNWWunYdPTRV5c39SsC0kcEhHYhIK13wgk3Fs/xscf+rbypXxGQPiIgtAsBaT0BoY6A0C4EpPUEhDoCQrsQkNYTEOoICO1CQFpPQKgjILQLAWk9AaGOgNAuBKT1BIQ6AkK7EJDWExDqCAjtQkBaT0CoIyC0CwFpPQGhjoDQLgSk9QSEOgJCu1httZPTyiuP6gjI8+VNNImAUEdAaBeLL75l+uAHN0sPPTShvIkmERDqCAjtYvbZ35tmnXWONG7c/eVNNImAUEdAaBfvfve7i9fyuHHjyptoEgGhjoDQLgSk9QSEOl//+tfTXHPNle67777yJhhQBKT1Ro++owjIWWfdXt7UrwhIH3rttdfKD8GAIyCt99ZbU9MddzydpkyZWt7UrwgI0CsCQoWAAL0iIFQICNArAkKFgAC9IiBUCEgfeOSRR9L3v//9tNJKK6X5558/zTHHHGnJJZdMa6+9dho+fHi6995768bnX8781ZNGxkArCEhr5LOu8teGG45Jr7wyuby5UBlT1t3jtRoZ01v2QC124oknVn/hevqq1dVjZY2MgVYQkNao7ODz1+mn31reXOguAt09XquRMb1lD9RCJ510UvGLNssss6ShQ4emsWPHphdeeCG98cYbafz48emmm25Khx9+eFphhRXqvq+RODQyBlpBQFqjNiDrrntOx77i9fKQbiPQ3eO1GhnTW/ZALfL444+n97znPcUv2vnnn1/e3KNG4tDIGGgFAWmNyg5+2LA/Fv974ok3lYd0G4HuHq/VyJjesgdqkf3337/4Jdtxxx3Lm6arkTg0MgZaQUBao7KDf/DB59KnP31GGjLk7DRx4itdjinr7vFajYzpLXugFll99dWLX7Jrr722vGm6GolDI2OgFQSkNWp38Pvvf3XxzyNHju12TCOP12pkTG/ZA7XIggsuWPySPf9872+6U4lDI1/Q1wSkNWp38OPHv9DxJvTM4u6Pjz/+YpdjalUeb+SrmeyBWqTySzZlypTypukqR6KnL+hr+aSQ/No7+eSTy5uYAeUd/IgRfyn+/wEHXNPtmPLjjXw1kz1QizTjE0hPGhkDrTDnnHNWX3/rr79+uuuuu8pDCCjv4J96alJaa62zivmQPC/S1ZiK7h6v1ciY3rIHahFzILSrJ598Mn3729+unmU422yzpd133z09++yz5aH0Qlc7+Hw/kPzY3nv/sdsxPT1eq5ExvWUP1CKVs7B22mmn8qbpaiQO5TGXXXZZ2mabbdKHP/zhNM8886SVV145nXrqqemtt96q+S5onjwHsummm1Zfi/kqC6NGjUpvvvlmeSgN6GoH/+yzr6a11x5dPH7nnU93OSbr7vFajYzprZ73UoRV1oHk48UXXXRReXOPynHoSnnMZpttlsaMGdPxUffB4r4j99xzT9p4443TPvvsU/Nd0HxXXHFFWnbZZauvyeWWWy794Q9/KA9jOrrbwZ9yyj+Kx3fb7fJux3T3eK1GxvRWz3spZsgJJ5xQ/ELliOyyyy7phhtuSC+99FKaPHlyEZi8En3kyJFpxRVXrPu+chy60siYJ554Ir3vfe8rPwxNl1/Txx13XJpvvvmqr80vfOEL6YEHHigPHfTyp4qudLeDf/HF19N6651b3d7VmO4er9XImN7qeQ/EDDvmmGOKY8SVX6ruvmp19VhZI2OefvrpYjIf+srEiRPTrrvummadddbi9Zk/hecLieZL+Ax2d989MQ0demmxE7/yyofKm3vcwZ9xxm0CMlg9/PDDadiwYemTn/xk8YkgX413iSWWSOuss0469NBD33Gf9Ebi0NOYPO+RD2VtscUWad999y1vhpa7/fbb07rrrlt9nS688MLpzDPPHJRzcv/5z6vpkEOuK86myjvwvML8ppueKA/rcQefr86br9Lb3ZjuHq/VyJje6noPxIBV+6kmBysfMoOZJc//5TdLldfkKquskq6//vrysLY0efJbafToO4oLI1Z23vvue1V64on2+Z0UkDaUz4LJk+ibbLJJ2nnnncuboU/lkzpGjBiR5p577mpItt122/TYY4+Vh7aNa699NG255YXVcGy33a/TLbf8uzxswBOQNvbUU0+leeedt/wwzBQTJkxIO+ywQzUieUHiwQcfnF55pf6CgQPZQw89n3bf/YpqOPJhp1/96r40derb5aFtQUDaWH6Ht9BCC5Ufhpnqb3/Li+M+VQ3Jhz70oXTeeeeVhw0o+d4dRx55Q3H9qhyOfA2r4467Mb300hvloW1FQNpEXvNx9dVXF6uBJ02aVJwinG+Zmxc0Qn8zderUdM4556RFF120GpIhQ4akm2++uTy0X5syZWq64IK70wYbTDvNds89r0yPPPLf8tC2JCBtIl8yJa8KzquB86m7a6yxRjr77LPT22+350dn2kM+yWO//fZLs88+exGRyt078+HX/u7GGyekbba5uBqOL33pojR27PjysLYmIMBMl09132qrraqfRvLc3VFHHVUsUOxv8uXV87WpKuHIi/zGjLkrvfnm1PLQticgQL+RD8N+4hOfqIZkqaWWSpdcckl52Ezx8suvp1Gj/p7WXPOsIhx5vuOww65Pzz//WnnooCEgQL+S76GTLwRauSVC/tpwww3T3XffXR7aJ/J8zbnnXpxWXfW7abXVflrEY9ddL0/jxrn6sIAA/VK+l853v/vd6s3Z8v/uscce6bnnOu+N0RfGjh1bLH6cddY50sILr5c22OCo9Kc/PVweNmgJCNCv3XvvvWmjjTaqfhpZYIEF0imnnBK622ejxo8fn7bbbrvqvzMvgjzyyJPS66/3vzmZmUlAgAHh0ksvTUsvvXR1p7788sunq666qjxshuRFjYccckjdXRe333774urZvJOAAANGPivr6KOPLs7Squzg80VDH3ronVe37a3zzz+/uCFb5c/Nix3/+te/lodRQ0CAASffquAb3/hG9bLxeR3JD3/4w9DFQ2+55ZZiEWMlHHlx4+jRo4vJc3omIMCAdeuttxZXXKjs/BdZZJFiAW0jO/+8WDFHKC9erEToRz/6UShCg5WAAANe+fDTaqutVtwBtCv5MFhepFh7GGzLLbcsFjPSOwICtIVXX301DR8+PM0111zVMHzta1+rmwDvaiL+z3/+c82fQm8ICNBWyqfg5qDk9SPrr79+9bG8SPHHP/5xS08FHgwEBGhLeRHgqquuWo1G/sqLEffcc88+XYzYzgQEaFt5Mn3UqFHFBPmSSy5Z3KmT5hEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEgREAACBEQAEIEBIAQAQEg5P8BFTJKO/z9Ok4AAAAASUVORK5CYII=)
PN: 4H56-1-FD
CAS: 889939-82-6
Molecule Weight: 172.272
Formula: C9H20N2O
PN: 4H56-1-9C
CAS: 13484-40-7
Molecule Weight: 144.218
Formula: C7H16N2O
PN: 4H56-1-7F
CAS: 82516-06-1
Molecule Weight: 202.298
Formula: C10H22N2O2
Boiling Point: 95-97 ℃
Refractive Index: 1.469 @ ℃
Density: 0.941
Flash Point: 57 ℃
TSCA: Not listed on TSCA inventory
