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Studio Journal
For glass-painting techniques, tips and demonstrations, get the free newsletter. Sign up here.
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Hey there! Thanks for calling by. You remember how we got here?
I rashly said let’s talk about something other than glass painting for a change …
And it was all because someone left me!
Here’s goes.
I reckon it’s best if we chop things into two sections.
Right now we’ll look at over-soldering and adding a patina.
Next time round, we’ll look at gold leaf.
And now, to give you a sense of where we’re going this time and next, here’s gold leaf on top of an over-soldered lead.
Now before anyone throws up their hands and says, “Oh my gosh, how vulgar!”, let me just say the gold lead had a purpose, and there’s a moral here for anyone who’s interested in stained glass design.
This is a small front door panel.
In particular, it’s one of two panels – I’ll show you the other one in just a moment – for two luxurious holiday cottages which are set in the middle of a sprawling apple orchard about 30 miles from here.
So the idea was for us to design and make two panels which could “brand” each one of these two cottages on all the relevant literature.
And also to give newcomers a visual means of quickly knowing whether they’d gone to the right cottage.
Here’s the other panel:
See what I mean?
In the daylight, as you approach each cottage, you can’t see the painting until you’re really close but you can see the glittering colour of the lead work.
So that’s why we used leaf.
I just wanted to reassure you that Williams & Byrne never decorate for decoration’s sake. Oh no, it’s got to have a function.
But let’s not get ahead of ourselves. This is all for next time. This time it’s …
Over-soldering is when you apply a layer of solder over the entire surface of all the leads.
(We’d usually do this after the cement has dried.)
This will get all the copper-foilists really hopping mad – they’re all so keen on soldering being super-smooth – because the point of over-soldering is to leave a slightly rough and artisanal surface.
Why?
Decoration
You see it makes a change from dull flat lead.
Also … it gives new strength to a panel.
To be clear, our main reason is always decoration (we get our local blacksmith to forge us some lovely shaped tie-bars whenever reinforcement is required).
So we tend to over-solder for panels which get examined close-up.
That’s why we over-soldered the Fibonacci window: it’s the entrance to a large Victorian rectory, and, strange to say, all kinds of important businessmen are forever coming and going for meetings with the hyper-active and mathematically super-endowed owner.
Yes and we also over-soldered the literary agent’s rose window as you can see just below:
And that’s why – meaning, decoration – we over-soldered Kate Charles the crime writer’s window: nothing to do with her being a crime writer and thus our being fearful of a mysterious accident …
Actually it’s on a stairway landing, and writers and bishops and journalists and CIA agents and diplomats and Oxford historians (I kid you not) are forever walking past.
Here’s a shot – Sorry, Kate, here’s a photograph – of it just before it left the studio for installation:
So a nicely texture layer of solder over the entire surface of the lead is what we’re after.
Once that’s done, we let the panel cool, de-grease it (very important), then apply a patina to give a bronze-like look to the work.
You can use this technique for architectural stained glass like the pieces above.
You can also use it for autonomous panels and wall-lights.
And also, as you’ll see today, for hangers and sun-catchers.
It really makes them stand out.
Just sit back and hit the Play button.
So you see how it’s done?
Always consider:
Just balance the risks against the benefits.
Practice before you do it for real.
Always consider:
Just ventilate your workplace properly and don’t touch the panel until it’s cool.
Herman van Rongen, a colleague from the Netherlands, says: to control the darkness of the patina, you can add water to dilute it (e.g. 1 part water to 5 parts patina). Certainly worth trying if your patina makes the leads too dark.
And here’s a comment from a colleague, Margie Cohen, in Stroudsburg, Pennsylvania:
I have a visceral response to the words “patina” and “glass paint” used in the same sentence. I even get the creeps hearing the two words used on the same day. People have to be really really careful because it’s just so easy for patina to run tracing paint. And if you get it on enamel … Well, even diluted patina will ruin (as in, “it will disappear”) your beautiful enamel or rouge paint in a split second. So be extra, extra, EXTRA careful with patina and painted glass
This:
These are really important tips.
You have been told!
OK so that’s all for now.
Next time you’ll see how to apply gold leaf.
Feel free to ask questions and we’ll always tell you what we know.
All the best,
Stephen
P.S.The saint’s head was first traced with water-based stained glass paint (see Part 1 of Glass Painting Techniques & Secrets from an English Stained Glass Studio) then shaded with oil (all as described in Part 2 of Glass Painting Techniques & Secrets from an English Stained Glass Studio).
P.S. And this is really important – if you want to know how we shaded the back of this saint’s head with silver stain – I mean, how confident are you with shading and blending silver stain, and knowing it’ll fire correctly? – then you really must go here and discover the proven techniques. Click here.
What do you want to learn?
Tracing, and highlighting, and how to mix your paint: for traditional stained glass painting techniques, see here.
“Your guides are a great help for us in our studio” (Ab Evenhuis, Veldhoven, Netherlands)
This is the best place if you want to get really good at tracing, strengthening, flooding and highlighting.
Stained glass painting with glycol: it’s great to work with oil because glycol is a lovely way to shade.
“You’ve given me a gift I cannot repay: I have wanted so much to get good instruction, and now at last I have” (Kara Unland, California, US)
For shading with glycol and also how to paint a stained glass face: see here.
Silver stain: these techniques will save you so much time and money …
Most people mix with water or vinegar, which is crazy because it costs you time and money and also wrecks your brushes.
Go here for this invaluable information about using silver stain with oil and glycol.
“Your material is so much easier to understand than other books I have seen” (Sonya Conlin, Kent, England)
We’ve saved the studio so much money since abandoning water and taking up with stain and oil. You can do the same.
Everything comes with a risk-free guarantee.
“Thank you for your very impressive and helpful material” (Claire O’Halloran, West Kerry, Ireland)
All the best,
Most books on stained glass painting don’t tell you this, but glycol has many benefits you must know about. For one thing, it’s far easier to shade with oil than water. Yes, because glycol dries so slowly, you’re never rushed, and you therefore have the time to do it exactly as you want.
So, if you’re already familiar with glass paint mixed with gum and water, now’s maybe a good time to discover the advantages you’ll get by mixing paint with glycol.
First of all, you work your glass as usual, using glass paint mixed with gum and water. Trace and shade until you’re done. Now this is when you’d usually fire it in the kiln. Usually. But not with glycol. No, with glycol you carry on. Instead of firing, you now trace and shade some more. It’s wonderful. Here’s why …
With glycol, as I said. there’s never any rush.
Glycol dries slowly, so you can shade it at your own pace. You have time to experiment and push the shadows around (unlike when you work with water).
What happens is: you paint your glycol lines and shadows, then you take your blender and … move them exactly where you want them.
This is so unlike using glass paint mixed with water, it’s maybe difficult to imagine. But it’s true: yes, since glycol dries slowly, you actually have time to move the shadows. You can actually push them from one side of the glass to another. You can soften them or strengthen them. You can even remove them altogether and start again.
And when you’re happy, you fire your glass. Just once.
Another thing with glycol: there’s no waste.
So, when you first start, you make more than you need, because it keeps for ages.
It doesn’t harden or go stale. It doesn’t have a “Use Before” date. You make a thick paste – so thick you couldn’t actually paint with it, but like this it’s always ready for you to thin it to whatever consistency and strength you need, a little at a time.
After that, it’s so easy to adjust and get it right. Too light, too thin? Easy, just add a bit more paste. Too dark or won’t flow? Just add a bit more thinner – I’ll tell you what to use.
Clean-up is also quick and easy, and this saves you lots of time. Since the glycol doesn’t dry on your palette, you just scrape it up and put it in a sealed jar for next time. Like I said, no waste. And it’s ready to go when you are (unlike glass paint mixed with water).
It’s also better for your health. No dust. Dust is messy. Dust is also harmful. Glycol doesn’t dry, so there isn’t any dust, so none gets in your lungs. Even if you work with lead-free glass paint mixed with water, it’s still the dust you should avoid but can’t. With glycol, there’s no problem. There’s never any dust.
Now here’s another benefit of using glycol: what you see is what you get.
Yes, when you just work with glass paint and water, you’ll find your paint will always lighten in the kiln. It’s a fact: you lose 10 – 15% because the fire burns off this much pigment before it fuses to your glass. So it’s lost – gone forever. Wasted.
And this is a problem because it means you have to learn to compensate. This means you must learn to paint far darker than you want it to be, which is difficult.
But with glycol, you don’t lose any paint. Glycol actually protects the lines and shadows which you’ve done beneath with water.
Wondering how it does this?
It’s because the glycol is like a layer of varnish which seals your paint before you even fire it. So goodbye to guess-work. Goodbye to second firings. That’s another thing you’ll learn about here.
How to mix a batch of glycol-based glass paint and how to shade and trace with it: we explain everything in this course here.
You have 60 days to read and watch. If you decide it’s not for you, you can have your money back at once, no questions asked.
Best,
P.S. Glycol is not for everyone. So just be sure of this: if you’re fed up with dust and waste and paint-loss in the kiln, and if you want to learn how to shade beautifully and at your own pace, this course will give you what you’re looking for.