Electrically Conductive Epoxy, Silver Adhesive, Room Temperature Cure, Air Dry AA-Duct 907, 5 gm kit

I needed to extend the tip of 6 LED bulbs to replace the incandescent equivalent. The bayonet latch didn't quite connect. The conductive epoxy worked perfectly for this application. It squirts out of the syringes with just a little pressure so be careful.

The cured adhesive is highly conductive, so that's a plus. Its adhesive power is not so hot, however. For most applications, you'd be better off with solder paste.Anything built with this stuff is just super fragile. I haven't been able to get it to hold well, so I've resolved to only use it with extremely temperature sensitive devices which can't handle the low temps required to melt solder paste.

Works very well. I used it to repair a small solar panel.

This takes about 2 hours to harden; not "minutes". The adhesion is poor. The material flakes and or peels off the surface. The applicators are hard to control where they spit out more than you want... causing you to throw away the expensive excess. Very wasteful.Its conductivity is impressive however. Only wish it stuck on to the surface better, If you're looking to put hit on paper, it seems to assimilate very well with it. Not good for less porous material. Not happy with the results.

You have to use a lab digital weight scale to equally weight resin and hardener. It could take 24 hrs at room temp. (30 C for Thailand) to become a solid. But you can accelerate the cure time by using a hair dryer. My hair dryer can generate an air flow at 75 C. and this is enough to turn the soft epoxy into a solid in just 1-1.30 hrs. Its conductivity is very good. If you mix it properly, a thin one can easily be a good conductive layer. In my work, I apply mixed epoxy at 0.1 mm thickness and the result is very impressive.

Very happy with this purchase.

Way way way overpriced for the amount you get. I ended up buying epoxy and copper powder to mix my own. Better conductivity a fraction the cost

DID THE JOB