![](/CAS/GIF/2273-43-0.gif)
Butyltin oxide synthesis
- Product Name:Butyltin oxide
- CAS Number:2273-43-0
- Molecular formula:C4H10O2Sn
- Molecular Weight:208.83
![Ammonium hydroxide](/CAS/GIF/1336-21-6.gif)
1336-21-6
701 suppliers
$14.56/250ML
![Butyltin trichloride](/CAS/GIF/1118-46-3.gif)
1118-46-3
247 suppliers
$8.00/25g
![Sodium carbonate](/CAS/GIF/497-19-8.gif)
497-19-8
1380 suppliers
$13.00/300G
![Butyltin oxide](/CAS/GIF/2273-43-0.gif)
2273-43-0
238 suppliers
$5.00/25g
Yield:2273-43-0 99.4%
Reaction Conditions:
in water at 60; for 2.5 h;Temperature;
Steps:
3 Experimental Example 3:
11 g of Na2CO3 was weighed into a reaction flask and stirred with 200 g of water,Add 200g of ammonia concentration of 20% of the reaction flask into the water bath to 60 ; weighing 0.9g additives diluted with 20g water after 50% added to the reaction bottle; weighed 100g monobutyltin trichloride liquid into the Constant pressure funnel slowly into the reaction bottle, and then constant temperature reaction 2h. During the incubation process, 20% of the diluted additive was added every 30 minutes. After the completion of the reaction, the monobutyl tin oxide obtained by the reaction was filtered through a cloth funnel, and the filter cake was transferred to a 500-M beaker and heated to about 200 ml of water. The washing temperature was controlled at 60 to 65C, The resulting filter cake was dried with a rotary evaporator at a drying temperature of 85 to 95 ° C to finally obtain 73.78 g of monobutyltin oxide in a yield of 99.4%.
References:
Yunnan Xiye Xi Chemicals Co., Ltd.;Yao Jun;Ai Weihua;Li Yingying;Hua Bei;Jiang Xuequan;Ma Lin;Gao Zhonglian;Duan Fuliang CN106588974, 2017, A Location in patent:Paragraph 0013
![Butyltin trichloride](/CAS/GIF/1118-46-3.gif)
1118-46-3
247 suppliers
$8.00/25g
![Sodium hydroxide](/CAS/20180808/GIF/1310-73-2.gif)
1310-73-2
1351 suppliers
$14.00/25g
![Butyltin oxide](/CAS/GIF/2273-43-0.gif)
2273-43-0
238 suppliers
$5.00/25g