| Product Number | 8H69-1-24 |
| Purity | 97 % |
| CAS | 486422-57-5 |
| MDL Number | MFCD06659847 |
| Molecular Formula | C10H14BNO4S |
| Molecular Weight | 255.1 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 8H69-1-24
CAS: 486422-57-5
Molecule Weight: 255.1
Formula: C10H14BNO4S
PN: 8H69-1-25
CAS: 486422-58-6
Molecule Weight: 269.12
Formula: C11H16BNO4S
PN: 8669-1-15
CAS: 850589-32-1
Molecule Weight: 257.11
Formula: C10H16BNO4S
PN: 8669-1-13
CAS: 850568-76-2
Molecule Weight: 257.11
Formula: C10H16BNO4S
PN: 8H69-1-47
CAS: 871329-61-2
Molecule Weight: 255.1
Formula: C10H14BNO4S
PN: 8669-1-18
CAS: 871329-67-8
Molecule Weight: 241.07
Formula: C9H12BNO4S
![4-[N-(3-Chloropropyl)sulfamoyl]benzeneboronic acid](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAZAAAAJYCAYAAABM7LCIAAAACXBIWXMAABj0AAAY9AFSsklzAAACP3pUWHRtb2xTb3VyY2UAAHichZXbbuIwEIZfZeTrxY7tkAAiVGyrlVZqt1LpSnu3MomhkXKoknB6+x0ngebAJhBke/x/48NMhuXDOY7gqLM8TBOPcGoR0ImfBmGy98jv9x+TGXlYLX0UoTDJPfJRFJ8Lxk6nE/U/dKzOaUL9NCbV/OKchy3NSdI02zNhWZz9eXnelMwkTPJCJb5GKg8XeWl8Tn1VlLv4zxIsVtkxTFglZ3F2rLz9FZZ5LHrOA/J1lkecWyMKuzDSsEuzWBVwFBbFx/oGe53oTBU6gO0FzZLaePbV8uUp9Q+xTgrsGg+hr6JNkR18NMRppP0DOsPOzyePxBwBVaTxOsvUBUzPmBUHJUBJUDaoKSgHlAtqBmoOilv4w3mOAo4KjhKOGo4i7uLdR9os/n751B55he/wCo+N7wbHr/DrOo7w/oRH8Dz4AU6llC4I6jiu3Rm1jTXQ5ibmZhyJ0pmLwy9rKbq1V3vVErjgBmzqYIBB0tkUm3okqOSl96nd5C3qus21q9la3Gtrl5Pa58Sh3KnauTTtjNroDcPAbnFYLbdpEjS6EAYe2XJSBuhN73JRx4hAmgU6w7Q3Doy0CYg2YCI6DMgeYA8Ddhsw2XID1veAaRswuTUMOG3AZOIw4LYBk7fDwKwNmCwfBua9Q48A3OrtyZiGLpZ3g12+dTdG3GXEHUaMMPIOM5IlvBP1qgqMMJ3AV1VjhOnEvqoyI0wn/Neq1GdY4x1j17qI3V7NZI2CyvBvZPUPlZXbwslWrhcAADZ2SURBVHhe7d0JnE71/sDxyRJlS1KhtKFVJcUtKZRc7lU3uim3Ky0SSftmqRTduknyL7IVSossFVoUkhKKbJHsRGSQdTD4/n3Pc5+n5/xmfc5zzsw55/m8X6/zut05v2dmPM/M+cxzlt9JEwAAHEgzPwAAQH4QEACAIwQEAOAIAQEAOEJAAACOEBAAgCMEBADgCAEBADhCQAAAjhAQAIAjBAQA4AgBAQA4QkAAAI4QEACAIwQEAOAIAQEAOEJAAACOEBAAgCMEBADgCAEBADhCQAAAjhAQAIAjBAQA4AgBAQA4QkDgXFpaZMmP/I6dOlXk9ttFqlcXKV1apFQpkWrVIh/TdSh8yb5G+f1ZUImMRYHjlYFzifxy5zV2506Rli3/HJfTcsMNIrt2mY9GQXDrNYqOy49ExqLA8crAuUR+uXMbm5EhUqdOZP3RR4s88YTI3LmRDZZuiObNE+nWLfKXro659FKRvXvNzwIvufka5fazYEpkLAocrwycS+SXO7exnTpF1p10ksiSJebaPy1dKlK1amTs/feba+ElN1+j3H4WTImMRYHjlYFzifxy5zR2zRqRYsVEihYVmTnTXJvV7NmR8cWLi6xbZ66FF9x+jXL6WchOImNR4Hhl4Fwiv9w5je3RI/LxG2801+RMx+pjnn3WXAMvuP0a5fSzkJ1ExqLA8crAuUR+uXMa26hR5ONjx5prcqZj9TFXX22ugRfcfo1y+lnITiJjUeB4ZeBcIr/cOY2tXDny8bVrzTU507H6mCpVzDXwgtuvUU4/C9lJZCwKHK8MnIv+cieymEqWjHxcz/LJLx2rj9HHwntuv0bmz0R+FvgSrwycM3/J87OYktk4HXWUuQZecPs1Mn8m8rPAl3hl4Fwiv9w5ja1UKfJxJ7tHdNcKvOf2a5TTz0J2EhmLAscrA+cS+eXOaWzDhpGPu3WAFu5z+zXK6WchO4mMRYHjlYFzifxy5zT26acjH0/kFNFWrSKPye4UUbjP7dcop5+F7CQyFgWOVwbOJfLLndPY1asjF6jphWd6AVpefvghMlaXRHapwDm3X6Ocfhayk8hYFDheGTiXyC93bmM7doys0ykwdCqMnCxfLnLqqZGxnTuba+ElN1+j3H4WTImMRYHjlYFzifxy5zZ2zx6R2rUj63Uyvq5dI5Pz6SR9u3eLzJ8v8uSTkanDdYxO6pfIGUHI2/btIl98kfPz6uZrlNvPgimRsShwvDJwLpFf7rzG7tghct11f47Labn++sgMsHDHwYMigweLVKwYeX7vuMMc8Se3XqPouPxIZCwKHK8MnEvklzu/Y6dMEWnbVuSMMyLThuui/60f03V5SU8XGTZM5NdfzTUwTZsmUquWfeOvu6rykuxrlN+fBZXIWBQ4XhmEi97MSDc4ulHTSQB11wvs9KB4dLLD6HLMMSIvvSSSmWmOBnJEQBAujz5q3zCecorIe++Zo1KTHqvo3j1ydXj0+dGzq9q1E9m82RwN5ImAIHxGjhQ5+WR7SOrXj9xBL1W9/XbkZlDxz8mVV4r8+KM5Esg3AoJw0r+2n3rK/td2kSIid94psmmTOTq89LqNyy6zh0NPsx01yhwJJIyAINz0bno33WTfgJYrJ/LiiyL795ujw+O33yIHtTWa0X+3nn6rV4bndHotkCACgtQwfbrIRRfZQ1KjhsiECebIQMvM3CfrXv+PSJkyf/47jzhC5JZbODMNriMgSB16zcOQISLHH28PSZMmIkuWmKMDZ9yqcXLJkDPk2WZpsr3k//5tekHfjBnmUMAVBASpR6+6fuQRkSOP/DMixYvLH4/fJ7t3bTVH+97CLQvlqglXSdrANGu5+v40mdSoUuR6mEOHzOGAawgIUtcvv4g0bx6LyNB6aXLRy8fJgJ8GyIFDB8zRvrNl7xbpOL2jFBtcLBaPEkNKSNeZT8jejFyuBAdcQkCAzz+XnxucLf+8K7IR1qXmBzVlyvp8XFVdCDIPZkq/hf3k2GHHxr5fXa7//HpZsX2FORzwDAEBDjt4IFMGzHtFyg8rb9sot5jUQlbuWGkOLzST1k2Sc0adY/seNXaT1082hwKeIyBAnPSMdOkwvUOW3UJdZneRnfsLb7fQsu3L5NrPrrWFo8LwCtL/p/6B2N2GcCIgQDYWbFkgjcY3sm2wK79VWYYvHS6HpOAOTG/ft10enfmoHDn4yNj3UXxwcen8bWfZujd4B/wRLgQEyMXYVWPl9HdPt4Wk7ri68t2m78yhMfFj45cyb5SROuPqSO/5vWXfwX3mw2wOHjooQ38eKieMOMH2Oa6ZeI0s3rbYHA4UCgIC5EE39s/9+JwVgOiG/IiBR8i/p/zbeodgMsOR3aIR2pW5y3yoZV76PKk9prZtfPX3qsvHqz82hwKFioAA+bRh9wa5deqtVjyiG3YNiym6Lp4ep1i9c7W8uuhVKfdmOWt919ldbWOi6n1UL/Y5dOx/5/03z3csQGEgIECCZm2aJfU/qm9t3L/57RtzdbYBiafHUXR9jfdqmKssveb2kpJDSsod0+6QTXtSaOJHBE7OP+UAHMkrIL9n/G6t1wPjQJDl/FMOwJG8ArI5Y7O1Xk/DBYIs559yAI7kFZARv4yw1l/x8RXmKiBQcv4pB+BIdgHRg+hrd6615tmKXu0+euVo2xggaAgI4LJoQHJaqo6sah1IB4KOgAAuM4NhLkUGFbEuCPx528/mQ4FAISCAy6KhMO3J3CM/bf1JeszpYc2vpbuydI4rIKiy/pQDSEpOAYmn05TomNaTW5urgMDI/accQMLyExCdAkXHnDzyZHMVEBi5/5QDSFgiAdErzoGgyv2nHEDC8hOQIUuGWGP05lBAUOX+Uw4gYTkFZO+BvdZU7M/MecY6iK5jXpz/ojkMCIysP+UAkhINSF7LTV/eZN3fHAgqAgK4zAxFdNHJE/Wgud5nnXt7IAwICADAEQICAHCEgAAAHCEgAABHCAgAwBECAgBwhIAABWDu5rmyZuca88NAoBEQwGOfrP3Eug6k3JvlZMf+HeZqILAICOCxPgv6xC4mXPrHUnM1EFgEBPAYAUFYERDAYwQEYUVAAI8REIQVAQE8RkAQVgQE8BgBQVgREMBjBARhRUAAjxEQhBUBATxGQBBWBATwGAFBWBEQwGMEBGFFQACPERCEFQEBPEZAEFYEBPAYAUFYERDAYwQEYUVAAI8REIQVAQE8RkAQVgQE8BgBQVgREMBjBARhRUAAjxEQhBUBATxGQBBWBATwGAFBWBEQwGMEBGFFQACP9fn2cEC6pVnL0s0EBOFBQACP9RlzOCCN06xl6ToCgvAgIIDH+rx6OCBl0qxl6TICgvAgIIDH+vQ5HJC0NGtZupSAIDwICOAxAoKwIiCAxwgIwoqAAB4jIAgrAgJ4jIAgrAgI4DECgrAiIIDHCAjCioAAHiMgCCsCAniMgCCsCAjgMQKCsCIggMcICMKKgAAeIyAIKwICeIyAIKwICOAxAoKwIiCAxwgIwoqAAB4jIAgrAgJ4jIAgrAgI4DECgrAiIIDHevfuTUAQSgQE8NDUqVOlfPnysYA0btxY1qxZYw4DAomAAB5YuXKltGzZMhaO+OWoo46Sp556Snbv3m0+DAgUAgK4aOfOndK1a1cpUaJELBjFihWT5s2bS926dW0hOfnkk2XkyJHmpwACg4AALjh06JAMHz5cKleubItEw4YNZcGCBbFx77//vpxyyim2MfXq1ZPvv/8+7rMBwUBAgCTNnDkzy7uL008/XcaMGWMOtWRkZEiPHj2kVKlSsfFFihSR2267TTZu3GgOB3yLgAAOrV+/Xtq0aSNHHHFELASlS5eWXr16yd69e83hWaxbt07+9a9/2cJTtmxZef7552Xfvn3mcMB3CAiQII1Dz549rVhEN/wakVtvvVU2bNhgDs/Tt99+K5dccoktJNWqVZMPP/zQHAr4CgEBEjB69Gg57bTTbBv7v/zlLzJr1ixzaEL0GMqbb74pJ554ou1zX3311bJo0SJzOOALBATIh/nz50uDBg1sG/cqVarIiBEjzKFJ2bFjhzz++ONZzuLq1KmTbNmyxRwOFCoCAuRi8+bN0r59eylatGhsg16yZEnp1q2b7Nq1yxzumuXLl8s//vEPW7COPfZYefXVVyUzM9McDhQKAgJkY//+/fLyyy/LMcccY9uI33DDDbJq1SpzuGe+/PJLOe+882zfw7nnnmt9HChsBAQwfPrpp3LWWWfZNtoXXHCBfPXVV+bQAqHvOF577TWpUKGC7Xu67rrrrHcqQGEhIMD/6ESHzZo1s22kjzvuOBk4cKAcOHDAHF7g9BiIHgvRYyLR7+/II4+Uxx57zDp2AhQ0AoKU98cff8iDDz5obYyjG+bixYvLAw88INu2bTOHF7qffvrJOjsrPnR69tYbb7xhnc0FFBQCgpR18OBBGTx4sFSsWNG2MW7atKn8/PPP5nDf+eijj6zrReK/94svvti6rgQoCAQEKWnatGly4YUX2ja+Z555pnzyySfmUF/TK9ZfeOEF6wr2+H9L69atrSvdAS8REKSU1atXy4033mjb2OqZVnrXQD3zKqh0Dq3bb7/dmlMr+u86+uijrTm39uzZYw4HXEFAkBL0mo3u3btb9+KIbmD12o527dpZ13qExQ8//GDN7hsfSJ3997333jOHAkkjIAi9t99+W0466STbRvXKK6+UefPmmUND45133rHuNxL/b65fv77MnTvXHAo4RkAQWrNnz5bLLrvMthE99dRTZdSoUebQUNI7HuqdD+PfdekurjvvvFM2bdpkDgcSRkAQOr/99pu0bdvWdjxA773x7LPPWvfiSDV6D/abbrrJFtJy5crJiy++GOjjPih8BAShoWck/ec//5EyZcrENpQ6zfott9wiv/76qzncVXqgWidc1Nl6n3vuOevmUBoxPSVYJ2GMLvr/9eO6Xsd98MEH1q60grg/+vTp0+Wiiy6yhaR69eoyfvx4cyiQLwQEoTBu3Dg544wzbBvHOnXqyIwZM8yhrti6dat1x0G9Mlznpor/uk4XnT7l7rvvtm5769UuJr32ZciQIXL88cfbvnaTJk1kyZIl5nAgVwQEgbZw4UK56qqrbBvDSpUqybBhw1y/Kluj8frrr8vll1+eZeOf3aKn0eoxF11q164d+2/9uDk2u0Uf89JLLzm6SVVetm/fLo888kiWq+/vu+8+698J5AcBQSDpvFAdO3a0zQul99B44oknZOfOnebwpEyePFlatGhhu0dH/KLvHPR0YJ29d8KECdacWvnxyy+/yMSJE6Vv377SoUOHLLPuRhc93VinLtHdXfoOwk36PTRv3tz29XT+rwEDBvhi/i/4GwFBoOjMtP369bPujRG/0bv++utlxYoV5vCkfPzxx9bdBs0Nut7KVo9jjBw50vV3B7///rt1lthdd92VZfZdXfSYhU7umJ97ridi0qRJcvbZZ9u+Vs2aNWXKlCnmUCCGgCAwdCN3zjnnZNnI6TsEN+m07Tp9e/zX0XcBf/3rX61oFNSV3XqGlEasVatW1k2s4r8f3U2nxzLcfEeicX7llVekfPnytq+l775WrlxpDgcICPxv2bJlcu2119o2avrXef/+/V3dzaLTgegZW/FfR48R6BQhuqunMOlBdd09Z97g6pJLLpGZM2eaw5OSnp5u7VIzdw926dLF9d2DCDYCAt/SA72PPvpolgO9nTt3dv1A79ChQ61rI6JfR99x6BlRa9euNYcWKn1Onn/+eVtI9FRlPQbj9i129QSFRo0a2YJVuXJlGT58uOsnKCCYCAh8R3fL6Ab9hBNOsG28rrnmGlm8eLE5PCn6F7X5rkOPe/h9yg89VqLXksRfLFmjRg2ZM2eOOTRpY8eOldNPP932HNWtW1e+++47cyhSDAGBr+g9LmrVqmXbWHl1sduCBQusKdyjX0cvQBw0aFCg/rrW3Vfnn39+7N+g79Z0ZmG36UWaeuGjeZGmzmzM9SOpi4DAN/S6hPhwRKfb0I2X2/TAe/zGUA+a5/f0W7/R6Vn0gsb4507fnehBcbfpWWe33nqrFY/4kCxatMgcihRAQOAb8fvbdSPl1dXYepps/DUd7du3D8UcWfruLf7UX7263KuD3rNmzbJ2mUW/ls54jNRDQOAbDz30UGyD5NWGT6+hiB430L+ce/fubQ4JNH0XFX+8QncHenW/E73HSPTrTJ061VyNFEBA4BsPP/ywpwHRdx7ReOjZXG+99ZY5JBT0nZvOAxZ9LnVKFD17y20EBAQEvuFlQPSYR3S3lcbDi4PyfqKz++r0J9Hn84orrnD9AkgCAgIC3/AqIHq2VdmyZa3Pq7utRowYYQ4JJb0uJH4qlmbNmrl65ToBAQGBb3gREP088afqhu2YR170gsv4aVm6detmDnGMgICAwDe8CEj8RYJ6tlUq0js06hXk+hzoMSC3dt8REBAQ+IbbAdGr2aOfT/8KD8Opuk7p3Qj12I8+FzpZohuTIxIQEBD4hpsB0b+6o3Nb6QWDQb1I0E16v5Lo86sH2JNFQEBA4BtuBiR+15VOT4KIv/3tb7HnJdmTCQgICAh8w62A6P08olNt6FlIQZrbymtr1qyxboilz03FihWTusiQgICAwDfcCIjG4sILL7Q+h07J7vdZdQtD/K4snbLeKQICAgLfcCMgege/6OfQmyIhK70JVzSyOnuvvitxgoCAgMA33AhI9MI53TD67WZQfhIfWqenNxMQEBD4RrIB0elKoo/X29AidzpHVjLvQggICAh8I9mAtGjRwnqsHvso7HuYB0H8u5DHHnvMXJ0nAgICAt9IJiBbtmyJTZbYtGlTczWyoSccVKtWzXrO9Ep1PTaSCAICAgLfSCYgAwYMiD125MiR5mrkoGfPnrHnbcKECebqXBEQEBD4RjIBqVevnvU4vepcpzJH/uiJBrrLT5+7li1bmqtzRUBAQOAbTgOSnp4eu1FUmzZtzNXIQ+PGja3nrlSpUgndf56AgIDAN5wGZMyYMbHHsfsqcX379nUUAgICAgLfcBqQTp06WY/R6UvWr19vrkYeFi1aFHveu3btaq7OEQEBAYFvOA3Iueeeaz3mrLPOMlchn6L3C6lbt665KkcEBAQEvuEkIHqf7+jxj3bt2pmrkU+tW7e2nkO9qDC/p/MSEBAQ+IaTgMyfPz/2mD59+pirkU+9evWKPY/5vXcKAQEBgW84CcgHH3wQe8zEiRPN1cinsWPHxp7Hjz76yFydLQICAgLfcBKQ+Avhli1bZq5GPi1ZsiT2PD7//PPm6mwREBAQ+IaTgOhMsjpej4Pkd989stq/f3/sJlwdO3Y0V2eLgICAwDecBCR68Lds2bLmKiRILyTU51JvB5wfBAQEBL7hJCDNmze3xutpqEhOpUqVrOfy2muvNVdli4CAgMA3nASkQYMG1vgzzzzTXIUE1ahRw3ouGzZsaK7KFgEBAYFvOAmIXvim42vVqmWuQoKit7nN78WEBAQEBL7hJCC8A3EP70CQKAIC33ASEI6BuIdjIEgUAYFvOAkIZ2G5h7OwkCgCAt9wEhCuA3EH14HACQIC33ASEK5EdwdXosMJAgLfcBIQ5sJyB3NhwQkCAt9wEhBm43UHs/HCCQIC33ASEO4H4g7uBwInCAh8w0lAFHckTB53JIQTBAS+4TQg3BM9OdwTHU4REPiG04CMGTMm9riRI0eaq5GHvn37OgoBAQEBgW84DUh6enrsOEibNm3M1chD48aNredOLyTct2+fuTpHBAQEBL7hNCCqXr161uPKlCkju3fvNlcjB2vXrpWiRYtaz13Lli3N1bkiICAg8I1kAjJgwIDYY9mNlX/xF2JOmDDBXJ0rAgICAt9IJiBbtmyREiVKWI9t2rSpuRrZOHTokFSrVs16zvQsrPyevhtFQEBA4BvJBES1aNHCeqzukvnll1/M1TB8/PHHsef7scceM1fniYCAgMA3kg3I5MmTY4+//fbbzdUw1K5d23qu9OLBNWvWmKvzREBAQOAbyQZE/eUvf4ltFPUAMbIX/+5DZzR2goCAgMA33AhI/IaxQ4cO5mocpsc6orevdfruQxEQEBD4hhsB0QPD0Y2jHguZO3euOSTlvfzyy7Hn+e677zZX5xsBAQGBb7gREPXVV1/Fbo6ku7Q0KojQdxulS5e2npuKFSvK5s2bzSH5RkBAQOAbbgVE6W1Zo59r0KBB5uqU9be//S32vIwYMcJcnRACAgIC33AzIL/99puUK1fO+lx6dXp+73ERZvG7rq6++mpzdcIICAgIfMPNgKihQ4fGPt8FF1wgGRkZ5pCUMX36dClevLj1XJQvX15WrlxpDkkYAQEBgW+4HRAVvyvL6emqQafvxqL3+9BJJ8ePH28OcYSAgIDAN7wIiH6eM888M/Z5e/fubQ4Jta1bt1rvvqL//m7duplDHCMgICDwDS8CohYsWCBly5a1Pq+enZXsweOg2LVrV+zCSl2aNWsmBw8eNIc5RkBAQOAbXgVE6TQn0ckW9ViAW7tx/EqntNcD5dHn84orrrDuH+8mAgICAt/wMiBq1KhRsRtPaUTeeustc0gobNq0SerUqRN7LnXOq+3bt5vDkkZAQEDgG3pVdHSDpNOze2HgwIGxiOjurLAdE9HTlU8//fTY81irVq2kLhbMTf/+/WNfZ8qUKeZqpAACAt+oX79+bIN02mmnydixY80hrtB3ItHdWbro2VlhOMX3o48+kgoVKsT+XU2aNPHknZw+V88884ztORwyZIg5DCmAgMA3Ro8eHbtWIbo0atRIFi5caA5Nmh4T0QsMo19Hz1QK6sWGukHv1KmT7Xm77bbbJDMz0xyaNI3vqaeeavtaGq1t27aZQ5ECCAh8Rf9i7tKli+2v22LFiknHjh0lPT3dHJ4UPTsr/hRfDYpOexKkubNmzpwp559/fuzfoLPr9unTxxyWtB9//FGuvPJKWzhOOukkefvtt82hSCEEBL60YsWK2B0Go4teQd2vXz9X/7LWYMVfbKiLnvrq91l8f//9d+tdRvR4ji41atSQOXPmmEOTol+nXbt21szG0a9z1FFHyZNPPmmd6YXURkDga3pwtmbNmrYN/Nlnny2TJk0yhyZFpz2Jzp2li24w9aC+325KpWdTPf/883LMMcfEvlc9GUA38nrdh1v2798vL730ku3r6HLjjTfK6tWrzeFIUQQEvqc3QNIzfuIPEOvSvHlzWbZsmTncsY0bN2Z5N6K7hPT2uIV9j3U9NfeJJ57IskG/5JJLrN1Ybpo4caJt154uejbXtGnTzKFIcQQEgaHTcnTu3Nl2oF038I888oir1zno/UTip//QRd+R/PWvf5WRI0e6fkFeTvRdgN5hsVWrVlKyZEnb91OpUiXrzCc3ryz/+eefrX9j/NfRe4YMHjzY1a+D8CAgCJzFixfLNddcY9vQnXDCCdZuKDc3dLrxjp8KJLroDZnatm1rxWTDhg3mw5Kixxz0TKe77roryzsuXapXr25dy7J3717zoY7pGVQPPPBAljA/9NBD8scff5jDgRgCgsDS6Uh0gxq/gb3ooousqcvdpKf86gH9+DPD4pezzjrLOgah99uYMGFCvk8H1t1iuruob9++1v3bzzvvvCyfWxd996PTknzwwQeuBlJ3DWqMjjvuONvX05tO5fffgNRGQBBoupvnxRdftB0A1+Wmm26ybt/qJt2F9vrrr8vll1+eZSOf3XL00Udb10zootOJRP9bP26OzW7Rx+iBbLff5SidesTcTach/Oyzz8yhQI4ICEJBDzLfcccdttNadUP91FNPeXLMQmMyZswY6wK+c889N8vG38miG3A98+v999+3/j1eWLVqldxwww22r6unR+u7IDdPj0ZqICAIFb0OIn5KFF2qVq0q77zzjjnUVRqp+fPnW1fTP/fcc9Y1GnqcpGnTptKgQYPYov9fP67rdZzulpo3b57n11ToKb56L5D4g/G6a0yncfFqriyEHwFBKOlMsaeccootJLrr6YcffjCHhp7e/6RKlSq250JjpsEDkkFAEFr6rqBHjx62Yw66i0uv69BrPsJOrw8xzyLTSSr1XRLgBgKC0NOryVu3bm3bkOodCl944QXZt2+fOTzw1q9fL23atLGuUI/+e/XU4549e7p6+i9AQJAyvvnmG7n44ottIalWrZo1DXoYaBx69eplxSL679OIaEw0KoDbCAhSis60+8Ybb8iJJ55oC0njxo3lp59+MocHhp4RFn8jKV1095Xb05wA8QgIUtKOHTvkscces664jm5wddr4e++91zpFNyh0SvqGDRvawlG5cmXrwHmQpqVHMBEQpLTly5fLddddZ9sA6xQir732mnWltl/pvVH0mpH4adb1SvmuXbt6chdCIDsEBDjsiy++yHJBoE4t8uWXX5pDC5Ve7KcX/enFf/Hfa8uWLWXlypXmcMBTBAT4H904/9///Z8ce+yxto3zP/7xD+udSmHTaUb0avX4703vRqjTkgCFgYAAhi1btsg999xjHROJ3z30+OOPW8dOCppOuqgTHMaHQydA1Hm5/LybDeFHQIAcLFq0yJoFN37DrWdvvfnmmwVygFqnUn/44YdtB/p1yvX777/fmoIdKGwEBMjDhx9+KGeccYYtJHonwG+//dYc6gqdsl1v4nT88cfbvqbe7GnJkiXmcKDQEBAgH/SKdb0XuV7BHr9R/9e//iXr1q0zhzv29ddfW7ePjf8aNWrUsO4bAvgNAQES8Ntvv1kz6cZPG1+qVCl55plnJCMjwxyeb6tXr7ZuXRsfDr3HSe/eva17ngB+REAAB77//nupV6+ebYOvs//qvTwSodO4P/nkk3LUUUfFPo9e26F3ONTb2wJ+RkCAJOh90U8++WRbSK644gr58ccfzaFZJPNYwA8ICJCknN5F3Hnnndm+i9B3L5dddlnS716AwkZAAJfkdRzDq+MnQGEhIIDLsjuTqkyZMrbbyeri9hlcQEEjIIAH9FqOIUOGZLmWQxcvryEBChIBATykV5PXrl07Fg+9K2BBXMUOFAQCAnisT58+sYAsXbrUXA0EFgEBPEZAEFYEBPAYAUFYERDAYwQEYUVAAI8REIQVAQE8RkAQVgQE8BgBQVgREMBjBARhRUAAjxEQhBUBATxGQBBWBATwGAFBWBEQwGMEBGFFQACPERCEFQEBPEZAEFYEBPAYAUFYERDAYwQEYUVAAI8REIQVAQE8RkAQVgQE8BgBQVgREMBjBARhRUAAjxEQhBUBATxGQBBWBATw2ODBfaRq1TRrWbGCgCA8CAjgsdGj+8hVV6VZy7p1BAThQUAAj33xRR+56640a9m4kYAgPAgI4DECgrAiIIDHCAjCioAAHiMgCCsCAniMgCCsCAjgMQKCsCIggMcICMKKgAAeIyAIKwICeIyAIKwICOAxAoKwIiCAxwgIwoqAAB4jIAgrAgJ4jIAgrAgI4DECgrAiIIDHCAjCioAAHiMgCCsCAniMgCCsCAjgMQKCsCIggMcICMKKgAAeIyAIKwICeGzq1NdiAdmyZY25GggsAgJ4bNeudBk0qJV89FF3cxUQaAQEAOAIAQEAOEJAAACOEBAAgCMEBADgCAEBADhCQOCtqVNFbr9dpHp1kdKlRUqVEqlWLfIxXRdiK1bMkKFDb5EuXU6Te+4pKZ07l5Hu3c+Ufv2aypdf9pVNm34xHxIOKfyapxoCAm/s3CnSsuXhn7C03JcbbtALJcxHB55e89G+/RGxCwhzWkIlxV/zVBSyn2D4QkaGSJ06kY3F0UeLPPGEyNy5kQ2MbjjmzRPp1i3yl6mOufRSkb17zc8SceiQSO/eIm3bJr3sat9WZvdsK8OGubOMHv2w7N69zfyO5YcfRllx6NChuLz//v2ydu2P1ri9e3fKxo0/y8KFE+W99zoffgqqmQ+1rF07V956664sX8/pMnpAW1ncNevzkfBy220in39ufrsRbr7mCIw08wNA0jp1imwkTjpJZMkSc+2fli4VqVo1Mvb++821ETNmZP0L1uGytVSajLo067uAZJZPP/2P+R3Lf/97ubVu+vTB5qp8eeGFelm+TjJLl5vTZMq5WZ8PR0uFCua3G+Hma47ASDM/ACRlzRqRYsVEihYVmTnTXJvV7NmR8cWLi6xbZ64V2Xb4L/xatbJuyBwsbgfk4YdPlFWrZpnfsdx7bylr/d69znbTTJrUW+6556gsX8/p4lpA9HXq0MH8dt1/zREYaeYHgKT06BHZ2Nx4o7kmZzpWH/Pss+aaQOrYsYS14d65c7O5Kpx4zVMWAYG7GjWKbBjGjjXX5EzH6mOuvtpcE0jPPnuhFZApU/qZq8KJ1zxlERC4q3LlyIZh7VpzTc50rD6mShVzTSB9/fUgKyB3311MRo7sIMuXfyOZmfvMYeHBa56yCAjcVbJkZMOgZ+Xkl47Vx+hjQ2LMmMekffsiseMQHTseKT17XmQF5ccfx4UrKLzmKYuAwF3JbEyOOspcE2gbNvxkncb71FNnZ7km5PHHq8qiRZ+ZDwkmXvOURUDgrkqVnO/O0F0hIZWRsV2WLv1KJk58Vrp3r2FFRK8T0d1bgcdrnrIICNzVsGFkw8AB1RwdPJgpgwffZEXk5ZdD8G/mNU9ZBATuevrpyIYhkVM6W7WKPCaFTulMT19lBeTee0ubq4KH1zxlERC4a/XqyAVleqGYXjCWlx9+iIzVJaddIHpx2rBhSS/73h4mqyYOkxkz3Fnmz/9YDulUKw7otCYaEJ1g0aTTnsyaNTLL13O6zJk2TH77MOvz4WhZv978dr15zREIaeYHgKR17Bj561KnrNCpK3KyfLnIqadGxnbubK6NWLRIpEiRyJgkF7evRNdl2rQB5necL1991d96/AsvXGaukldf/XuWr5PM4tqV6LqccYb57Ua4+ZojMNLMDwBJ27NHpHbtyEZCJ8/r2jUymZ5Oqrd7txz+013kyScjU33rGJ2EL6czeFatikzOZ27IHCxeBEQnTjTp9O0jRtx5+I/xd6yJEbdtW2+dtqtXpq9cOVPeeaej3H13Uevx+k7D9Oabt2b5OsksrgZEX6vsuPmaIzDSzA8ArtixQ+S667JugMzl+usjM7bmZuPGyH0kklwyv54qv8+ZevgPZHcWnVk3O+YGPLtFT+sdO/Zx86EWPciuc2yZX8/psvKnqbJt9tQsz0fCyzffREKREzdfcwRCmvkBwFVTpkSmAtddH/pOQhf9b/2YrguhzZtXyNdfD5RBg1rJM89cIA89dLx1Vboe7+jRo6a8/fbdsnr19+bDwiMFX/NURUAAAI4QEACAIwQEAOAIAQEAOEJAAACOEBAAgCMEBADgCAEBPLZjxyZ57bXrZNSoB81VQKAREMBjU6e+GrsCPT19tbkaCCwCAnjsiy/6xAKycWMuEw0CAUNAAI8REIQVAQE8RkAQVgQE8BgBQVgREMBjBARhRUAAjxEQhBUBATxGQBBWBATwGAFBWBEQwGMEBGFFQACPERCEFQEBPEZAEFYEBPAYAUFYERDAYwQEYUVAAI8REIQVAQE8NnHim3LzzWday4YNq8zVQGAREMBj7733ndSr97S1rF2bbq4GAouAAB4bOXKB1K490FrWrPnDXA0EFgEBPEZAEFYEBPAYAUFYERDAYwQEYUVAAI8REIQVAQE8RkAQVgQE8BgBQVgREMBjBARhRUAAjxEQhBUBATxGQBBWBATwGAFBWBEQwGMEBGFFQACPTZz4ixWPunUHy7ZtGeZqILAICOCxgwcPybhxS+T779ebq4BAIyAAAEcICADAEQICAHCEgAAAHCEgAABHCAjgouj1HhdfPFCWLs39/ufRsdnJbZ0pkbGAmwgI4KLoxlyX++//1Fxtk9uGP7d1pkTGAm4iIICLohvz+vXfsP53/vyN5pCY3Db8ua0zJTIWcBMBAVwU3Zj37/+99b/t2483h8TktuHPbZ0pkbGAmwgI4KLoxnznzn3SsOEw679nzfrVHGbJbcOf2zpTImMBNxEQwEXxG/Nhw360/rtNm3HGqIjcNvy5rTMlMhZwEwEBXBS/Mc/IyJQmTd6y/v+0aauNkblv+HNbZ0pkLOAmAgK4yNyYv//+Iuv/t2r1gRw6FDdQso6Nl9s6UyJjATcREMBF5sY8M/OgNG/+jvWxzz5bFjcy69h40XWJLEBBIyCAi7LbmI8fv9T62PXXvycHDhyMfTy7sVFmHPKzAAWNgAAuym5jrvcD+ec/R1kf1/uCRGU3Niq3daZExgJuIiCAi3LamE+evNL6eLNmI2XfvgPWx3Iaq3JbZ0pkLOAmAgK4KLeN+S23jLHWvfPOQuv/5zY2t3WmRMYCbiIggIty25jPmLHOWte48QjZsycz17G5rTMlMhZwEwEBXJTXxrxdu4+t9UOHzs11bG7rTImMBdxEQIAEbduWIcOHz0v44kA1b95v1voGDd7MdWxu60yJjAXcRECAfNJrOkaOXBDb+NepM1h2795vG5OfjXnnzp/GxuU0Nrd1pkTGAm4iIEA+fPvtWmnZ8n3bhl93R+kpuvHyszHXG03pDadyG5vbOlMiYwE3ERAgF2vW/JHlHcNVVw2XMWMWZ4kHkGoICJANnY69T5/vpG7dwbFw6H+/9NIM2bFjnzkcSEkEBIij7yrGjl0iV1893Pau4957P5HVq7eZw4GURkCA/5kzZ4PcfPNoWzhatHjfOv4BICsCgpS3YcNOefzxL2zh0DOt9IwrPfMKQPYICFKWXg0+YMD3cumlQ2LhuOSSQdKr19fWtR4AckdAkJI++WSZNG36tu1dh56Wq6fYAsgfAoKU8tNPv8ttt31oC4fe8OmLL1aYQwHkgYAgJaSn75ann55q7aKKhuPyy4fKkCFzYtOrA0gMAUGo7d+fKUOHzpb69d+IhUOvAu/efYps2rTLHA4gAQQEofXxx59K3bq3So0aD8Xi0abNOJk/f6M5FIADBAShs3DhQrnqqqskLS1NypY9V6pWvVkaNepn3Zv8ELOPAK4hIAiN9PR06dixoxQrVsyKhy5lypwoPXsOkt2795rDASSJgCDwMjMzpV+/fnLsscfGwqHL9ddfLytWcHYV4BUCgkCbNGmSnHPOObZw1KxZUyZPnmwOBeAyAoJAWrZsmTRv3twWjgoVKkj//v3lwAFOywUKAgFBoGzfvl0effRROfLII2PhKF68uHTu3Fm2bt1qDgfgIQKCQDh48KAMHTpUTjjhBNu7jmuuuUYWL15sDgdQAAgIfG/69OlSu3ZtWziqV68u48ePN4cCKEAEBL61du1aufnmm23hKFeunLz44ouyf/9+cziAAkZA4Dt79uyRp59+Wo4++uhYOIoUKSJ33HGHbNq0yRwOoJAQEPhKz549pUqVKrZ3HfXr15c5c+aYQwEUMgIC37j99ttt4ahataq8++675jAAPkFA4BtNmjSJxaNLly7WriwA/kVA4BsPP/xwLCA7d+40VwPwGQIC3yAgQLAQEPgGAQGChYDANwgIECwEBL5BQIBgISDwDQICBAsBgW8QECBYCAh8g4AAwUJA4BsEBAgWAgLfICBAsBAQ+AYBAYKFgMA3CAgQLAQEvkFAgGAhIPANAgIECwGBbxAQIFgICHyDgADBQkDgGwQECBYCAt8gIECwEBD4BgEBgoWAwDcICBAsBAS+QUCAYCEg8A0CAgQLAYFvEBAgWAgIfIOAAMFCQOAbBAQIFgIC3yAgQLAQEPgGAQGChYDANwgIECwEBL5BQIBgISDwDQICBAsBgW8QECBYCAh8g4AAwUJA4BsEBAgWAgLfICBAsBAQ+AYBAYKFgMA3CAgQLAQEvkFAgGAhIPANAgIECwGBbxAQIFgICHyDgADBQkDgGwQECBYCAt8gIECwEBD4BgEBgoWAwDcICBAsBAS+QUCAYCEg8A0CAgQLAYFvEBAgWAgIfIOAAMFCQOAbBAQIFgIC3yAgQLAQEPgGAQGChYDANwgIECwEBL5BQIBgISDwDQICBAsBgW8QECBYCAh8g4AAwUJA4BsEBAgWAgLfICBAsBAQ+AYBAYKFgMA3CAgQLAQEvtGiRQsCAgQIAUGhW7JkiTRp0iQWD112795tDgPgMwQEhWbbtm1y3333SfHixWPhKFKkiDRt2tQcCsCHCAgK3IEDB2TAgAFy3HHH2d51/P3vf5dffvnFHA7ApwgICtSUKVPk/PPPt4Xj7LPPls8//9wcCsDnCAgKxMqVK6Vly5a2cJQvX15eeeUVyczMNIcDCAACAk/p2VRdu3aVEiVKxMJRrFgx6dChg6Snp5vDAQQIAYEnDh06JMOHD5fKlSvb3nU0atRIFixYYA4HEEAEBK777rvvpG7durZwnH766TJ27FhzKIAAIyBwzfr16+Xf//63HHHEEbFwlClTRnr16iV79+41hwMIOAKCpGkcevbsKaVLl46FQyNy6623yoYNG8zhAEKCgCApH3zwgZx22mm23VWXXnqpzJo1yxwKIGQICByZP3++NGjQwBaOKlWqyFtvvWUOBRBSBAQJ2bx5s7Rv316KFi0aC0fJkiWlW7dusmvXLnM4gBAjIMiX/fv3y8svvyzHHHOM7V3HP//5T1m1apU5HEAKICDI06effipnnXWWLRwXXHCBfPXVV+ZQACmEgCBHS5culWbNmtnCUbFiRRk4cKA1ISKA1EZAkMUff/whDz74oG2adf3vBx54wJqCHQAUAUHMwYMHZdCgQda7jPh3HXp/jp9//tkcDiDFERBYpk2bJhdeeKEtHGeeeaZ88skn5lAAsBCQFLd69Wq58cYbbeHQM6369OljnXkFADkhIClKr9no3r27dQ1HNBx6bcddd91lXesBAHkhIClIrxY/6aSTbO86rrzySpk3b545FAByREBSyOzZs615quLDceqpp8qoUaPMoQCQJwKSAnRG3LZt29qmWS9VqpQ8++yzkpGRYQ4HgHwhICG2b98+ee6556x7ckTDoRHRe3b8+uuv5nAASAgBCalx48bJGWecYdtdVadOHetugQDgBgISMgsXLrTuOx4fjkqVKsmwYcOs+5QDgFsISEikp6dLx44dpVixYrFwlChRQrp06SI7d+40hwNA0ghIwGVmZkq/fv3k2GOPtb3raNGihaxYscIcDgCuISABNmnSJDn77LNt4ahZs6ZMmTLFHAoAriMgAaS3k61evbotHBUqVJD+/fszzTqAAkNAAui8886LhUOnWe/cubNs3brVHAYAniIgAXTFFVdY8dAD5osXLzZXA0CBICAB1Lp1aysgZcuWNVcBQIEhIAFEQAD4AQEJIAICwA8ISAAREAB+QEACiIAA8AMCEkAEBIAfEJAAIiAA/ICABBABAeAHBCSACAgAPyAgAURAAPgBAQkgAgLADwhIABEQAH5AQAKIgADwAwISQAQEgB8QkAAiIAD8gIAEEAEB4AcEJIAICAA/ICABREAA+AEBCSACAsAPCEgAERAAfkBAAoiAAPADAhJArW85HJCihwNSnoAAKDwEJIBaP304IPUOB+QaAgKg8BCQAGr99uGAPHQ4IF0JCIDCQ0ACqPXkwwEZeDggbxIQAIWHgAQQAQHgBwQkgAgIAD8gIAFEQAD4AQEJIAICwA8ISAAREAB+QEACiIAA8AMCEkAEBIAfEJAAIiAA/ICABBABAeAHBCSACAgAPyAgAURAAPgBAQkgAgLADwhIABEQAH5AQAKIgADwAwISQAQEgB8QkAAiIAD8gIAEEAEB4AcEJIAICAA/ICABREAA+AEBCaAus7tYAblg9AXmKgAoMAQkgPYf3C9jVo6RjXs2mqsAoMAQEACAIwQEAOAIAQEAOEJAAACOEBAAgCMEBADgCAHxuUVbF8nD3z0sF425SI4bfpwUH1xcKg6vKI3GN5KXF7wsO/bvMB9i0etEdAEAr7CF8al9B/fJ3dPvliKDisRikN1Sflh5eWfZO+bDCQgAz7GF8aHMg5ly1YSrrACUGlrKegfy7cZvZcveLdZFhHoB4WfrPpN7vrnHWp9dKAgIAK+xhfGhR2c+am38q71bTZZtX2auttmcsVlafdnK/DABAeA5tjA+s373ejly8JFSYkgJ6/iHUwQEgNfYwvhMz7k9rQ3/bV/dZq5KCAEB4DW2MD4TPfYxfs14c1VCCAgAr7GF8Zkqb1exNvy/7vrVXJUQAgLAa2xhfKbkkJLWhj/jQIa5KiEEBIDX2ML4DAEBEBRsYXyGXVgAgoItjM9wEB1AULCF8RlO4wUQFGxhfEZ3XemEiVxICMDv2ML40EPfPWRt/HUqk+Xbl5urbdIz0uWmL28yP0xAAHiOLYwP6YSJDcY3sAJQ+o3S8sjMR2TGxhmybd82a92mPZvk83WfS6dvOjGZIoBCwxbGp/Ye2CvtprXLczr3CsMryLvL3zUfTkAAeI4tjM8t3LJQHvzuQak1ppYVi/gbSvVd2Fd27t9pPsRCQAB4jS0MAMARAgIAcISAAAAcISAAAEcICADAEQICAHCEgAAAHCEgAABHCAgAwBECAgBwhIAAABwhIAAARwgIAMARAgIAcISAAAAcISAAAEcICADAEQICAHCEgAAAHCEgAABHCAgAwBECAgBwhIAAABwhIAAARwgIAMARAgIAcOT/AWvQG+MGqSViAAAAAElFTkSuQmCC)
PN: 8669-5-21
CAS: 874219-48-4
Molecule Weight: 277.53
Formula: C9H13BClNO4S
PN: 8669-1-12
CAS: 871329-66-7
Molecule Weight: 283.15
Formula: C12H18BNO4S
Melting Point: 275-277 ℃
TSCA: Not listed on TSCA inventory