I've been talking to a friend who does some film photography, and he said HP5 is more pushable than Tri-X when needed (especially up to iso1600). Is this true?
Don't get me wrong, I'm very interested in developing my own B&W film, but currently just don't have the time nor a film scanner to scan the processed negs, thus my reliance on 1 hour photo labs. I also need the 4x6 and 5x7 prints from them because I don't think I can afford to get my own printing equipment.
If your XP2 is not sharp, it's not the film's fault. Lack of grain, yes, but lack of sharpness, no.The sharpness (maybe from the lack of grain?) isn't there too from the XP2 and BW400CN which I tried before.
I think there is a little more to it than just consistancy - Many developers just do not do a proper job at higher temperatures - especially when you get to the high seveties. Being a desert rat and doing a lot of pushing, I have developed a lot of film at 75 an 78 deg and even with proper time compensation, the DR will be ok but the grain seem larger. Also - what ever temp you start the process with, you need to stay within 4 deg thoughout the process to avoid reticulation. That means heating up wash water and fixer.
If your XP2 is not sharp, it's not the film's fault. Lack of grain, yes, but lack of sharpness, no.
I do agree with the others, though; if you want a grainy look you need a traditional B&W film. I'd use HP5 or TriX in HC110, 1:31. And push it. But you will need to process it yourself or get a custom B&W lab to do it for you (or another photographer), and you're not going to get your lab scans anymore; you can't have it both ways.
I'm too impatient for that ;-) I pour my chemicals for developing (I usually am doing one-shot mixes of D76, Rodinal, or HC110) into a plastic measuring cup. I use about 300ml of fluid in total for 1 roll of 35mm or 600ml for two. 500ml for a roll of 120 film. This is using the Patterson plastic tank, mind you...
Then I stick my measuring cup in the microwave and warm it up to 68F. My house is about 68F, so the temperature falloff is insignificant.. If I accidentally overwarm it, I put the measuring cup in the fridge for a couple minutes and repeat my process. I might only have it in the microwave for 10 seconds, but it's a lot quicker than letting the tap get to the right temperature and messing around with buckets of water to warm it up.
It takes about 30 minutes for everything to come up to temperature in a water bath. Use plastic pop bottles to hold the working chemistry for the session. It is less insulating than glass. I'll bet that you won't be spending much more time by letting the chemistry sit in a water bath than by going back and forth from microwave to fridge.
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