There is a ‘pitting’ on the glaze.
I have not used it since the late 1060's.
If one gets ferrotype to consistently work well, it is great, but until then no so. I have not used it since the late 1060's.
look for Kodak print flattening solution or Pakosol
I expect neither of them are manufactured anymore. Old stock may or may not still work satisfactorily; AFAIK both contained formaline and this will precipitate out in strands after many years and there's a chance this may affect the functioning of the product.
I was sent a formula of a similar product (I think an Agfa formula) once upon a time, and I did some testing with it. It contained formalin, photoflo and glycol as I recall. It didn't help much at all. What did help was use plexiglass instead of regular glass. Gelatin sticks really well to real glass; it's a 'trick' that has been used by carbon printers for well over a century. With ferrotyping, it evidently gets in the way! Plexiglass (and polyprolylene, polyethylene etc.) generally bond much less effectively or even not at all with gelatin, making them easier to work with in this application.
I agree with @ic-racer that the result shown here is actually pretty good.
This is usually due to tiny air bubbles or some kind of dirt/fouling on the glass or plexiglass. Cleanliness is next to godliness, and all that.
Ah yes. But then of course the Normans invaded...
Ah yes. But then of course the Normans invaded...
I have used Pako drum dryers for decades. I can count on one hand the times I have tried ferrotype(ing). I dry print emulsion side towards the canvas belt.
Never used print flattening solution. I think this was primarily for single weight "8x10 Glossies"
While in the Air Force we had a couple of Pako, 90% of prints were glossy, maybe 10% semi matt, most semi matt were for the officer's personnel file, needed a current 5X7 semi matt as I recall the technical orders. Not sure when that practice was discontinued. At the time we used Kodak print flattening solution. Although Kodak wetting agent does not have the antibacterial or antifungal agents wonder if it could be as a print flatting agent?
This is usually due to tiny air bubbles or some kind of dirt/fouling on the glass or plexiglass. Cleanliness is next to godliness, and all that.
Ah yes. But then of course the Normans invaded...
Actually that is not a bad result. You might want to experiment with a different paper.
Also, check this thread:
I expect neither of them are manufactured anymore. Old stock may or may not still work satisfactorily; AFAIK both contained formaline and this will precipitate out in strands after many years and there's a chance this may affect the functioning of the product.
I was sent a formula of a similar product (I think an Agfa formula) once upon a time, and I did some testing with it. It contained formalin, photoflo and glycol as I recall. It didn't help much at all. What did help was use plexiglass instead of regular glass. Gelatin sticks really well to real glass; it's a 'trick' that has been used by carbon printers for well over a century. With ferrotyping, it evidently gets in the way! Plexiglass (and polyprolylene, polyethylene etc.) generally bond much less effectively or even not at all with gelatin, making them easier to work with in this application.
I agree with @ic-racer that the result shown here is actually pretty good.
I realise that Tetenal have recently gone to the wall, but there will still be plenty of the stock on the shelves.
The wetting agent Tetenal Mirasol 2000 Antistatic can also be used as a Glazing Fliud.
The instructions are 1:400 as wetting agent.
1:40 Glazing Solution.
I have not used it for glazing myself though it might be worth a try.
I think I’ll submerge the plate as well as the print in the tray next time to see if that helps.
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