< >
sxelade

Titanium Anode for Organic synthesis by electrolysis

product description

Organic synthesis by electrolysis is divided into anodic oxidation and cathodic reduction of electric synthesis, the production process of high quality and low consumption, no waste emissions.The most important thing in electromechanical synthesis is the Titanium Anode for electromechanical synthesis, which is the place where the electron transfer is carried out.However, the choice of anode […]

Product detail

Organic synthesis by electrolysis is divided into anodic oxidation and cathodic reduction of electric synthesis, the production process of high quality and low consumption, no waste emissions.The most important thing in electromechanical synthesis is the Titanium Anode for electromechanical synthesis, which is the place where the electron transfer is carried out.However, the choice of anode materials is very difficult because the electrodes may dissolve and corrode when the anode is passivated.

The anode used in conventional electrochemical synthesis is graphite, the anode, such as lead silver alloy, lead dioxide, and titanium-coated ruthenium, is widely used because of the high electro-catalytic activity, electrochemical stability and good corrosion resistance of these anodes, because of their loss, corrosion, low electrocatalytic activity and unsuitable oxidation potential. is divided into anodic oxidation and cathodic reduction of electric synthesis, the production process of high quality and low consumption, no waste emissions.

The most important thing in electromechanical synthesis is the Titanium Anode for electromechanical synthesis, which is the place where the electron transfer is carried out.However, the choice of anode materials is very difficult because the electrodes may dissolve and corrode when the anode is passivated.

The anode used in conventional electrochemical synthesis is graphite, the anode, such as lead silver alloy, lead dioxide, and titanium-coated ruthenium, is widely used because of the high electro-catalytic activity, electrochemical stability and good corrosion resistance of these anodes, because of their loss, corrosion, low electrocatalytic activity and unsuitable oxidation potential.

Titanium Anode for electromechanical synthesis

The titanium anode for organic synthesis is coated with precious metal on the titanium substrate and then sintered at high temperature.With high electro-catalytic activity, excellent energy-saving performance, electrochemical stability, with excellent stability, and the combination of coating and substrate solid, long service life.