Of course this doesn’t always go according to plan.
I’m just a little too impatient to read all the books and watch all the YouTube how too’s.
I just like to look at the pictures and wing it.
So I’ve made a few of no go’s over the years, and that’s o.k. as sometimes new ideas come from them.
I tell you this as I just want to remind you that, for most of the time, I don’t really know what I’m doing. I would hate for you to think that I have the best advice out there, even reasonably o.k. advice.
But I just love making stuff and think that if you want to have a go at something you should just do it without thinking you have to be some kind of expert at it who never makes mistakes.
Here’s a mistake.
Oh yes, it looks all fine and dandy I know, but it’s stiff and lifeless.
The gauge of wire is too thick for the diameter of the ring and the chain can’t move freely.
Now, I know that when you’re using rings to make a chain you need to know the ratio between the wire gauge and the diameter of the ring.
Yep. I know that.
But when I want to make something and I get excited I ain’t got no time to go looking for a chart or read the books, so I eyeball it, make a wish, and have a go.
Don’t try this at home folks.
Actually I wasn’t far off. I think half a millimeter may have done it.
Or maybe one.
(See, I’m doing it again.)
Don’t do it people!
Get a chart.
(I haven’t found a chart yet but I’m looking.)
If you have a chart I want one in millimeters, not fractions. I can’t be doing with all of that 5/16 stuff unless you’ve also got a chart for turning 16th’s into millimeters.
Math is NOT fun for me.
Web surfing is, however, so I’m off to find my chart as soon as I finish up here.
So the chain wasn’t a waste of time really, because I also decided that sterling silver hurt my fingers too much. But using sterling silver wasn’t a waste of time either as I soldered each link perfectly, not always a regular occurrence, so that was pure satisfaction right there.
So next up I made another chain, this time using 20 gauge fine silver with the 8mm mandrel.
Much better, but I’m going to make another today using the 8.5 mandrel.
You should have a go if you haven’t yet.
And the sense of accomplishment having made your own chain is a wonderful thing.
Warning: I may have mentioned that I still haven’t got ‘the chart’ so you might want to wait until you, or I, find one or I actually make a chain that’s perfect.
Don’t hold your breath on that last part.
Single Loop Chain.
(This is going to be boring for people who already do this, so stop reading now unless you need a nap)
20 gauge fine silver 8mm mandrel
Make your jump rings and fuse them together.
I use a hard charcoal block for this.
The most important thing to remember when fusing silver is to make sure that you have no gaps in-between the two parts you are fusing together. The join has to be completely touching. If you have any gap at all, however tiny, the ring may fuse, but you can end up with a thin area of the ring which will be weaker than the rest of it.
So preparation is key.
Place the rings on the block with the joins all facing the same way. If you’ve done your job right and the ends are flush against each other it can be really hard to see where the join is so this eliminates that problem.
You want your flame to be a little softer than perhaps you usually use so you can turn down the pressure on your regulator a little to get it to a nice balance that will heat the silver, but isn’t so fierce that it melts it.
Now keep the flame moving around the ring until you see it just start to change, then quickly hover it over the join and take it away immediately the silver flows.
Keep the flame there too long and it will melt into a ball. Then you just continue to melt the ring and add it to your ball collection.
This might grow considerably as you practice.
It’s o.k. 😉
You want to keep the flame moving around the ring as the whole ring should be brought to the same temperature. If you get a gap, or a thin area, where the join is you either had a gap there to begin with or you have heated one side of the ring a little more than the other and the silver has gathered there pulling itself away from the join.
It’s just practice.
You don’t need any solder or flux to fuse these fine silver rings together.
Now you are going to stretch the rings out using a pair of round nose pliers.
Try to keep the rings at the same place on the pliers each time you stretch one as you want your shape to be as consistent as possible. I use the tips about 2mm down. You can mark the pliers with a sharpie or tape if you need to.
It’s at this point in the game that you’ll discover if your joins are fused properly.
It’s good to find this out now rather than later, so either re-fuse the broken ones or add them to your ball collection.
Now squeeze the middle together.
And bend them in the center.
Use a length of wire, (I’ve used copper here), to anchor one end of the link and push the top ends together.
Now you can slide another link into the first.
To do this you may have to squeeze one end of the second link together slightly so that it fits through the hoop in the top of the first link.
Also you can push an awl, or your center punch, through the hoop you wish to thread the next one into to widen it slightly.
Now you just continue to make the chain until you get to the length you need.
Once it’s completed, anneal the chain by gently running the flame backward and forward over it until the surface of the silver just changes slightly, and then quench it.
For the next part you’ll need a draw plate.
I bought mine HERE, but you can find them anywhere, and any kind will do. I just drilled a hole through an old piece of wood before mine arrived.
Once the chain is annealed pull it through the draw plate to even up the links and make it look beautiful.
The chain will be crunchy afterward so just loosen it up in your fingers and then voilà!
You are done.
Finish it however you prefer, I like to blacken mine, and then make something extraordinary with it.
Go on. You know you want to.
P.S. Remember Ann Cahoon has a great visual tutorial on chain making – HERE