Copper Bangles with Added Tricky Bits

Why make simple copper bangles when you can make "tricky" copper bangles? That's tricky to me anyway, other people would probably find them super simple! I'm talking about copper bangles with five small sterling silver concave discs soldered to the outside. Not hard to make just tricky.

I wanted to combine copper and silver as I love the look of the two metals together. The fiddly bit was the soldering of the silver discs to the outside of the copper bangles. I wanted then evenly spaced and was about to Google how to divide a circle into five parts when I realized I know how to do this already - just remember the length of wire you used for the bangles and divide by five!

After quite a lot of faffing about with my third hand and my fibre board soldering block (and swearing, mustn't forget that) I got the first disc soldered to the first bangle. Only 14 more to go. I had to pickle in between each soldering too which made it quite a laborious process but I got a little production line going in the end and managed to get the bangles finished with a big sigh of relief.

The main problem I have is that my reverse action tweezers I use with the third hand don't have a very good grip so things tend to move just when I don't want them to. I'm not sure what to do to sort this. If I could find some that had a firm grip I could possibly hold the bangle upright myself in the tweezers whilst I solder.

I recently bought another version of a third hand which looked a lot more sturdy. It has two grippers - for want of a better word - and it's own small soldering block in between. The grips seemed a lot sturdier when I first got it (after I tightened up all the screws about three times), but when I tried it with the bangles I found it even more awkward to use to be honest! It was hard to position and get it to stay in position. Oh well. It's the cheap version so that's probably why. I almost set fire to the rubber that covers the small feet underneath it too. I wondered what the funny smell was........

I also made some more twisted wire bangles with some of the wire I twisted at college earlier this year. These are great to make. The only fiddly bit is matching up the ends. I normally pick solder the join on bangles now as I find it a lot easier and quicker than chasing small bits of solder around when the flux bubbles, especially on twisted wire!

If anyone can help me out with suggestions for tweezers I can use to hold metal as I'm soldering that have a firmer grip than the wooden handle reverse action tweezers that are widely available then please do leave a comment!

Handmade Copper Bangles

Not usually something that crosses my radar being a committed earring freak, strangely I had a sudden urge a couple of weeks ago to make some bangles. I made the first one at night school as I needed something to do in the last couple of weeks that wouldn't take too long. I enjoyed making it - it was a hammered round bangle made from 2.6mm copper wire which I soldered three coils of thinner wire to.

 I soon discovered that soldering the coils onto it meant I couldn't reshape it. I used paste solder for the coils as I thought it would be easier but two attempts and some burnt blobby messes later I went back to sheet solder which worked. In the meantime the bracelet had been bent out of shape slightly plus it needed a good hammering to work harden it as it was a little "bendy" having been well annealed with my soldering attempts!

So having learned what not to do - I never got on with paste solder so why I used it I don't know! - I bought a bracelet mandrel and made a few more -

They are made from 2.6mm and 3.25mm copper wire and are textured with a hammer and stamped designs. Really fun and easy to make.

The twisted wire bangles were a bit more work. I rolled the wire through the rolling mill at college then twisted the flattened wire using a vice and big pair of pliers. Matching the join and soldering was a challenge - I discovered that wedging the solder in the join was the best bet as it had a habit of sliding round the twist as I started to heat up the wire. Thinking about it now pick soldering the join probably would've been a better option and even easier!