m_staticText16=newwxStaticText(this,wxID_ANY,_("When two metals are in contact, there will be a potential difference between them that will lead to corrosion.\nIn order to avoid corrosion, it is good practice to keep the difference below 300mV.\n\nOne of the metal will be anodic (+) and will be attacked. The other one will be cathodic and will be protected.\nIn the table below, if the number is positive then the row is anodic and the column is cathodic. \n\nYou can use an interface metal, just like with the ENIG surface finish that uses nickel as an interface between gold and copper to prevent corrosion."),wxDefaultPosition,wxDefaultSize,0);
m_staticText16=newwxStaticText(this,wxID_ANY,_("This table shows the difference in electrochemical potential between various metals and alloys. A positive number indicates that the row is anodic and the column is cathodic.\nGalvanic corrosion affects different metals in contact and under certain conditions.\nThe anode of an electrochemical pair gets oxidized and eaten away, while the cathode gets dissolved metals plated onto it but stays protected.\nEN 50310 suggests a voltage difference below 300mV. Known practices make use of a third interface metal in between the main pair(ie the ENIG surface finish)."),wxDefaultPosition,wxDefaultSize,0);
<property name="label">When two metals are in contact, there will be a potential difference between them that will lead to corrosion.
In order to avoid corrosion, it is good practice to keep the difference below 300mV.

One of the metal will be anodic (+) and will be attacked. The other one will be cathodic and will be protected.
In the table below, if the number is positive then the row is anodic and the column is cathodic. 

You can use an interface metal, just like with the ENIG surface finish that uses nickel as an interface between gold and copper to prevent corrosion.</property>
<property name="label">This table shows the difference in electrochemical potential between various metals and alloys. A positive number indicates that the row is anodic and the column is cathodic.
Galvanic corrosion affects different metals in contact and under certain conditions.
The anode of an electrochemical pair gets oxidized and eaten away, while the cathode gets dissolved metals plated onto it but stays protected.
EN 50310 suggests a voltage difference below 300mV. Known practices make use of a third interface metal in between the main pair(ie the ENIG surface finish).</property>