Thanks for reminding me about Tmax. I never shot that much of it but it's a new day and I'm game to give it another try. I was usually able to get Tri-X to do what I wanted it to do but hoped to tame the grain a bit without dissolving it entirely.I remember acutance, good shadow detail, and poor shelf life... In the end of that route, I did end up using TMY2 in FX-39 II, stored in small brown glass bottles filled to the brim...
Version II of FX-39, a recent product, keeps very well this way.
I have not tried Tri-X in FX-39 II, as this great developer was optimized for modern grain films.
Sorry to talk about different materials, but if you test both combos -after resolving your already shot rolls- you'll see the difference.
Good luck!
Phenidone usually gives a little more speed... From your words (TX at 400-320-250), seems like a perfect scenario for D-76 1+1. Xtol for even less grain...shot at or a bit below box speeds
Bill, TMY2 is possibly the best film ever. It's worth a try. And current TX has present grain, but smaller than before: I think it changed close to a decade ago...Thanks for reminding me about Tmax. I never shot that much of it but it's a new day and I'm game to give it another try. I was usually able to get Tri-X to do what I wanted it to do but hoped to tame the grain a bit without dissolving it entirely.
Bill, TMY2 is possibly the best film ever. It's worth a try. And current TX has present grain, but smaller than before: I think it changed close to a decade ago...
The balance of tone, grain and sharpness, if you exposed TX400&320 at box speed or for a little more light, is great with D-76 1+1... Last week I wanted to check if 1+2 would give me what you want: acutance from grain that's not too dissolved... What I found: I didn't like 1+2 for 35mm, but it's OK for 120... But 1+1 is great for both formats, so I forgot 1+2... And tone of Tri-X in D-76 1+1 is superb. Hard to imagine anything more photographic.
Good night.
Thank you, Paul. I'll let you know how my experiments with Tri-X and my Arista Premium go. After all these years I thought that by now i'd be finished experimenting!I used a lot of Clayton F76+ in the late 80s to the mid 90s, the photo shop I used sold it to me at the same price it sold it to the local high schools. Other than a short shelf life once opened I lked it, got full speed from most films. I shot Tmax100, 400, Trix and Plus X with good results. I used MCM 100 for many years, the cost has gone up to around $48.00 a gallon I just bought 5 12oz bottles of Freestyles house version, should arrive in the next couple of days. I have a starting time for Foma 200 at 1:19 which I will tweak. Clayton makes or made a developer for Tmax films F60, unable to find it at Freestyle? .
I processed a single roll of 120 TriX 320 (shot at 320 and 200) this morning using Premium Arista (liquid) at 1+19 at 75˚ for 11 minutes with agitation 10 seconds each minute. Looking under the loupe I have to say it worked out quite well. There is lots of detail in the shadow areas and NO highlights were blown out. (Some of the scenes were sun on trees and snow.) I'm going to process some more film before scanning anything.I am looking for anyone that is using Photographers Formulary FA-1027 developer (aka Arista Premium Liquid, aka Clayton F76+) I'd like to try this with some 35mm Tri-X 400 as well as 120 Tri-X 320 (both shot at or a bit below box speeds). I hope to dilute to 1+19 to flatten the contrast a bit. In the old days I used a lot of D-76 and still use some Rodinal but hope to find a compromise between the two to find finer grain but maintaining acutance.
I'm hoping that someone here can give me a useful starting development time for processing these. I find some conflicting information on these on the Massive Development Chart and hope to hear of some real-world examples.
I've been a professional photographer for about 45 years but I'm only recently re-entering my darkroom routines. I've shot the film, have the developer and hope my new friends here have some suggestions on development times.
Thanks!
I was told by the shop I bought Clayton brand that Clayton was the main supplier of the U.S Navy for shipboard use, this was the 80s, as Clayton had line of low toxicity and order developers, stop baths, and fixers. I use many Clayton products for almost a decade, I now use P90 for prints, ordered stop bath, but continued to use T4 for film fixer, but use standard fix for FB paper.
That's interesting. When I was on the USS John F. Kennedy, we used all Kodak film, paper and chemistry in the ship's Photo Lab. I got out in August of 1981, so this must have been later.
I generally don't like development times that short for that very reason. There's not much margin for error. I have mostly been using the Arista Premium at 1+19 with a bit longer development times. The Chart suggests a development temperature of 75˚ for 1+19 development. Also, at that dilution it does what D-76 does at 1:1 (compared to straight D-76), it minimizes grain while maintaining acutance.Yeah, I saw that on the Massive Dev chart, and also considered trying to extrapolate time differences for other films in other developers. The problem with that (other than that I have no idea what I'm doing) is, with D76 for example, whether to compare it to stock solution or 1+1. Comparing the 100 vs 400 times based on stock, you'd get 5.75 minutes in F76. Comparing 1+1, though, you'd get 6.63. I suppose I could split the difference? It's not like Kentmere is that expensive...
Interesting - are you increasing time slightly from the 1+19 recipe because you're at a lower temperature than 75, or are you using 1+19 and increasing time slightly from the 1+9 recipe? I feel like that might be a really stupid question.I generally don't like development times that short for that very reason. There's not much margin for error. I have mostly been using the Arista Premium at 1+19 with a bit longer development times. The Chart suggests a development temperature of 75˚ for 1+19 development. Also, at that dilution it does what D-76 does at 1:1 (compared to straight D-76), it minimizes grain while maintaining acutance.
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