Triethanolamine borate synthesis
- Product Name:Triethanolamine borate
- CAS Number:283-56-7
- Molecular formula:C6H12BNO3
- Molecular Weight:156.98
121-43-7
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$13.00/25mL
102-71-6
769 suppliers
$18.00/100g
283-56-7
221 suppliers
$28.00/25g
Yield:283-56-7 87.7%
Reaction Conditions:
in toluene for 1 h;Reflux;Inert atmosphere;Large scale;
Steps:
1.1; 3.1 The first step: the synthesis of triethanolamine borate
Under a nitrogen atmosphere, trimethyl borate.15Kg (49.5mol, 1.1eq), 3.7Kg (45mol, 1eq) of triethanolamine and 18Kg of toluene were charged into a 30L reactor.Slowly raise the temperature to reflux for 1 hour at room temperature.Then, the reaction is distilled to a normal pressure (65 to 100 ° C), and the sample is sampled by GC.After the reaction is completed, the mixture is concentrated under reduced pressure until it is not slipped, and acetonitrile is added for solvent replacement.Recrystallization from 12.3Kg acetonitrile, gradient cooling, filtration,Drying gave 6.2 Kg of white solid, nuclear magnetic purity: 99.0%, yield: 87.7%.
References:
Pulasi Science And Technology (Shanghai) Co., Ltd.;Lu Dianyun;Xiao Haiwang CN109354575, 2019, A Location in patent:Paragraph 0022-0025; 0040-0043
102-71-6
769 suppliers
$18.00/100g
283-56-7
221 suppliers
$28.00/25g
150-46-9
190 suppliers
$12.00/25mL
102-71-6
769 suppliers
$18.00/100g
283-56-7
221 suppliers
$28.00/25g
102-71-6
769 suppliers
$18.00/100g
5419-55-6
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$12.00/5g
283-56-7
221 suppliers
$28.00/25g
102-71-6
769 suppliers
$18.00/100g
11113-50-1
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$34.40/100 g
283-56-7
221 suppliers
$28.00/25g