Adox baryta is uncoated, so not a good paper for carbon. The baryta will actually lift off in hot water. You could size the paper, but if you are going to this much trouble, you might as well just use photo paper. Adox is a medium weight paper and nothing special, so sizing watercolor paper would be a big step up. This is not to say that Adox baryta doesn't have uses for alt printing, but I don't find it suitable for carbon transfer.I have only heard of one person who has used the ADOX Baryta paper (not a photopaper), so this is a small sample size! he did not have great results...frilling might have been one of the problems, but it has been awhile. The paper may not have a gelatin coating on it, instead it is coated with "a pure white barium sulfate emulsion". If this is what you are using, you might try fixed out photo paper and see if your results improve.
Andrew- The times and temperatures that I used were what Sandy King taught at a Photographers Formulary workshop. I will try some old photo paper when I get the chance.A 4 minute soak in the mating bath is quite long. Is your mating bath really cold? I mate for 1:15 at 14C...which is colder than most people. 46C development is high in my opinion.
I certainly wouldn't learn the process on an unreliable support. Most people starting off use fixed out photo paper. Ilford matte fibre is really nice. I've also used glossy. I fix for 1 minute with Ilford Rapid fix, then was wash using Ilford's method. Nothing special.
Guys
Thanks for the comments
Andrew- Tissue in mating bath for 4 minutes before mating step. Sandwich is under weights for 1 hour. Development at 115F .
Adox is JUST OK- not great for learning the process. Sometimes it works without frilling but other times not ok. I am usimng this just to help learn this process.
I will try some fixed out photo paper. How long should I fix out the photo paper and should I use one or two baths plus washing?
Carioca- Thanks for tips on squeegeeing step.
I can't think of any reason why the use of a squeegee or a roller would cause frilling when printing single transfer carbon. Frilling can usually be attributed to insufficient support sizing, insufficient water absorbed by the tissue before mating, not masking the negative (no safe edge), or developing at too high a temp.I had issues with frilling until I stopped using a roller and squeegee, and started using a sponge.
Maybe -- light pressure is all that's needed. A sponge is unorthodox, but if it's working for you don't look backI felt I was possibly exerting too much pressure, making it too dry between the tissue and final support. I don't know that to be true, except I get much better results now, no frilling.
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