Society of Robots - Robot Forum
Mechanics and Construction => Mechanics and Construction => Topic started by: blackbeard on November 04, 2010, 12:38:06 PM
-
so i've been neglecting my electronics projects for some time since i met my girlfriend but i've discovered something really neat as a result. sticky tack! it's used for posters which i found out while having to remove them from magazines, sort them by who's picture they are and apply sticky tack. thing is that it's also really mold able and useful for sticking together electronic parts too! it's actually really good stuff and i hope to use it in the future!
-
yea :) I find it great for holding components down when soldering.
-
I've been meaning to try this out since I don't have a 3rd hand gripping tool (yet).
Does it melt or burn if you happen to make contact with the Iron..?
-
The idea is to hold the component with the blue tack then solder the leads on the OTHER side if the board. The soldering iron shouldnt make contact with the blue tack.
Remember that blue tack can leave an oily residue so using it on solder pads (as in to hold down surface mount components) isnt the best idea as the solder may have trouble adhering to the pad and component.
-
The sticky-tack will heat up and just becomes more elastic, but wont melt into a liquid. Smells of plastic when burnt (i.e. comes in contact with the iron).
-
Ah, thank you both :)
Paulstreats, I'll be sure to watch out for that as the idea I had in mind was soldering on longer leads to harvested components for prototyping/testing :)
-
Hi,
The idea is to hold the component with the blue tack then solder the leads on the OTHER side if the board.
Now what's wrong with the time approved piece of foam "rubber" and elastic bands? Leaves no residue at all, just populate, add foam and fasten with the elastic bands, turn upside down, bend-cut-and-solder the entire board in one go.
Or, if you prefer mounting them one at a time, get half an inch of silicone rubber tubing wide enough to fit the tip of your middle finger and use that to hold down (or rather up) the component while soldering.