I love how my prints look in the fixer or wash water. I'm currently using glossy RC papers until I get to the FB ones, and when the RC's are wet they are just beautiful. Not necessarily my prints, the look of any print that's exposed properly really shines when it has a film of water on it. Is there any way on earth to get a similar look when they dry? There probably isn't, but thought I'd ask. All I can think of is maybe coat it w/ some sort of clear, or put it behind glass, which I don't want to do because of the reflections.
That's going to send the poor guy down a rabbit hole from which no return is possiblea ferrotyping tin
Print more with contrast, deeper blacks.I love how my prints look in the fixer or wash water. I'm currently using glossy RC papers until I get to the FB ones, and when the RC's are wet they are just beautiful. Not necessarily my prints, the look of any print that's exposed properly really shines when it has a film of water on it. Is there any way on earth to get a similar look when they dry? There probably isn't, but thought I'd ask. All I can think of is maybe coat it w/ some sort of clear, or put it behind glass, which I don't want to do because of the reflections.
That's going to send the poor guy down a rabbit hole from which no return is possible
For some reason ferrotyping used to be doable in the past, but I've never come across anyone who reliably does it (at any size over 5x7") today. I know I tried many times, with many changes to the approach. With and without release agent, several formulas of release agent, several ferrotyping surfaces, temperatures, drying times, etc etc etc. The best I ever got was mediocre results up to 5x7". And a lot of paper fused to glass as if they had become the same material, lol!
You're experiencing the drydown effect. The print looks different once dry and it's more pronounced when the paper is matte. Assess test strips when they're dry and adjust contrast and density as required.
LOL ... It is simply how I worked for a long time. Pull prints from the Pako drum washer (with baby bottle rubber nipples in the holes to keep things separated) prints in the Pakosol and on the ferrotype dryer. One reason people have issues is a) dirty Tins or b) improper fixing/washing.
So far in everything I have read, it always mentions the dry-down factor with FB paper but I have never seen what if any the range of dry-down factors might be with RC? Can anyone point me to a reference for this info or say what they have established their dry-down % factor to be for different RC papers and surfaces?
Thanks
pentaxuser
well, that’s what I thought too. But all my Ilford RC Pearl 10x10 sheets (500 of them) have had the drydown effect, as incredible as it may sound.
I’m right in the middle of a printing marathon consisting of winter scenes. I leave the prints to dry with white snow and the next day it’s gray snow.
That's going to send the poor guy down a rabbit hole from which no return is possible
For some reason ferrotyping used to be doable in the past, but I've never come across anyone who reliably does it (at any size over 5x7") today. I know I tried many times, with many changes to the approach. With and without release agent, several formulas of release agent, several ferrotyping surfaces, temperatures, drying times, etc etc etc. The best I ever got was mediocre results up to 5x7". And a lot of paper fused to glass as if they had become the same material, lol!
Alas, the wet print syndrome. Some good advice above. My advice would be to print for the dry-print by learning to judge the wet print based on how it will change at it dries. Don't get sucked into making the wet print look as best as possible.I love how my prints look in the fixer or wash water. ...
Have you considered using non-RC paper and a ferrotyping tin? Takes effort and you must be proper in your fixing habits. That is, fresh fixer, no exhaustion.
...
Good luck, Bob
That's going to send the poor guy down a rabbit hole from which no return is possible
For some reason ferrotyping used to be doable in the past, but I've never come across anyone who reliably does it (at any size over 5x7") today. I know I tried many times, with many changes to the approach. With and without release agent, several formulas of release agent, several ferrotyping surfaces, temperatures, drying times, etc etc etc. The best I ever got was mediocre results up to 5x7". And a lot of paper fused to glass as if they had become the same material, lol!
Maybe try Tim Rudman's "Sparkle Bath" which is simply a dilute ferri bleach when the print is fully processed. If you can't find a post I'll look up the instructions I received when I did one of his courses years ago.
EDIT: I found a copy of something I posted a few years ago:
A précis of some docs I've downloaded and books I've read for adding a bit of sparkle or counteracting inadequate drydown allowance:
Farmer‘s reducer R-4a, which is made up as follows:
Solution A: Potassium Ferricyanide 75g in 1 Litre water (i.e. 7.5% soln.)
Solution B: Sodium Thiosulphate 240g in 1 litre water
100ml A + 100ml B + 1 Litre or 1½ Litre water.
Swiftly slide in dry print. Agitate rapidly 10 – 15 seconds. This is old advice and it is said that modern papers require more dilute treatment and that is my experience with Ilford Multigrade. (This for dull slightly dark prints that have been a bit overexposed under the enlarger, i.e. inadequate drydown allowance. I think I used the reducer about half that strength.)
Also it is said that warm tone papers require much less also. I have used it with Ilford Multigrade Warmtone (which I found to be barely warmtone in ID-78) and maybe it did need a bit less, I can't really remember. What is important is not to leave it too long: be ready to put it in fresh running water fast. You can always put it back for a bit more. Remember that drydown effect still happens at this stage. Also good washing afterwards is essential (thiosulphate).
Also, Very Weak reducer will tend to affect deeper tones as well, so don't try to use it very weak in order to make the timing less critical. (This is disputed by some.)
I used to ferrotype my prints in a similar situation but discovered the trick to perfectly glossy prints was to stop the drum until the prints separated themselves from the drum... this amounted to "cooking" the prints for a few minutes with the drum stopped. I can imagine that this wasn't beneficial to the prints longevity but I still have these prints and they've shown no signs of any ill effects so far... at ~50 years and counting... I was using FB 11x14" Portriga Rapid 111...Back in the day, I used one of those drum ferrotype things in a communal setting. I washed the canvas hold down and polished the drum, and used some special solution - Pakosol I think - and never got anything but splotches on my prints. I gave up. Air dried glossy looks great. Of course fiber based paper never drys flat. For that you need a dry mount press. One of my better purchases.
That is a good description of dry down with FB prints.No one has explained what dry down means. So let me explain that prints are slightly darker when dry compared to when wet. You have to factor that in when printing.
So what % changes have you found you meed to make, Matt with RC?Technically, it isn't dry-down, because that actually refers to a phenomena that only happens with FB papers, and relates to how their substrate behaves when drying.
But both RC and FB papers do look different when dry - the blacks don't appear as deep as wet and shiny, and the highlights don't shine as much.
I use a hair dryer to dry my test strips, and then base my final printing decisions on the result.
If you display the prints using directional light, much of the appearance of a wet print returns.
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