canonfodder
Printer Guru
I wrote before about lubricants and mentioned in particular my experience with tin and solder plated contacts. Lubricants are especially helpful in protecting contacts that are exposed to vibration from outside causes. In vehicular applications, there are even company standards developed by Ford and GM in cooperation with the Nye Lubricant company. The auto companies do use lubricants on practically all connectors, regardless of the metals in use.
Vibration in an inkjet printer? Mine vibrate some, especially at the print head. At every single line! It's not a lot, but it is always there.
In addition to tin and solder coated contacts, the lubricants do have a place in the case of gold plated contacts.
I repeat here one of the links that I entered before. http://www.nyelubricants.com/pdf/NEW_89 ing_WP.pdf
There is more information than you might want to go through in this marketing white paper, but I copy below a short entry from that paper concerning gold plated contacts. We tend to think that gold solves everything, but this explains why that is not true.
"For gold-plated connectors a lubricant reduces noble metal wear during mating and separation. It also protects against substrate corrosion.
Thin gold plating can be microscopically porous and a film of lubricant can seal the pores to prevent substrate oxidation, which can eventually exude through the pores, build up on the noble metal surface, and lead to high contact resistance."
I do not have a sample of the most recently developed and recommended lubricant, but I will seek one. We will see where that leads.
Vibration in an inkjet printer? Mine vibrate some, especially at the print head. At every single line! It's not a lot, but it is always there.
In addition to tin and solder coated contacts, the lubricants do have a place in the case of gold plated contacts.
I repeat here one of the links that I entered before. http://www.nyelubricants.com/pdf/NEW_89 ing_WP.pdf
There is more information than you might want to go through in this marketing white paper, but I copy below a short entry from that paper concerning gold plated contacts. We tend to think that gold solves everything, but this explains why that is not true.
"For gold-plated connectors a lubricant reduces noble metal wear during mating and separation. It also protects against substrate corrosion.
Thin gold plating can be microscopically porous and a film of lubricant can seal the pores to prevent substrate oxidation, which can eventually exude through the pores, build up on the noble metal surface, and lead to high contact resistance."
I do not have a sample of the most recently developed and recommended lubricant, but I will seek one. We will see where that leads.