Electrochemical Synthesis
In electroorganic synthesis, redox chemistry is carried out by interaction of the starting materials with the electrodes of the electrochemical cell. As electrons are essentially the reagent utilized for the redox process, the use of large amounts of often hazardous oxidizing or reducing reagents can be avoided. Reactive intermediates can be generated under relatively mild conditions (often room temperature) without producing any additional waste. Electrochemical reactions are therefore considered safe and provide some of the greenest and cost efficient synthetic strategies.
Specifications
CM-ElflOW Electrochemical Reactor |
|
Cell |
Material: Graphite (customized copper, foamed nickel, titanium, etc.) |
Temperature Rangeï¼-25-190 |
|
Operating Pressureï¼20bar |
|
Cell depthï¼0.05-1mm option |
|
sizeï¼120*112*15mm |
|
Separation membrane |
Material: PFA film or ion exchange membrane |
Temperature Rangeï¼-25-190 |
|
breakdown voltageï¼3KV |
|
PFA membrane thicknessï¼50umã100umã200umã300umã500um option |
|
ion exchange membraneï¼127umã183um option |
|
Holder |
Materialï¼ 6061-T6 Anodizing |
Throughputï¼5-10L/min |
|
Temperature Rangeï¼-25-195 |
|
Sizeï¼150*125mm*15mm |
|
Electrode tip |
Materialï¼ 99.9%brass |
areaï¼3.14*8mm*8mm |
|
Limit voltageï¼20KV |
|
Lengthï¼50mm |
|
Pipeline and Interface Standards |
UNF 1/4-28ã1/8 |