DGA
Well-known
It's start getting hot here and it will be difficult to maintain the solutions' temperture at 20°C (ambient temp will be soon 27°C and above)
I'm thinking of shifting my development temp towards the 24°C.
I know the transition formula
<New time = Old time × exp(-0.081 × (New temp °C - Old temp °C)) >
but I have no idea if it really works.
Anyone did this with HC-110 and can share his experience?
I'm thinking of shifting my development temp towards the 24°C.
I know the transition formula
<New time = Old time × exp(-0.081 × (New temp °C - Old temp °C)) >
but I have no idea if it really works.
Anyone did this with HC-110 and can share his experience?
spyder2000
Dim Bulb
Yes, it works quite well as a starting point though you will find HC110 tends to get very active at higher temps and will probably require further shortening of times.
I develop at my wash water temperature, i.e. the temp "out of the faucet". Experiments using water cooler coils didn't provide me with enough volume to suit me (then) needs.
I develop at my wash water temperature, i.e. the temp "out of the faucet". Experiments using water cooler coils didn't provide me with enough volume to suit me (then) needs.
Ororaro
Well-known
24 NO PROBS. Just don't go higher then that.
R
rich815
Guest
Works fine. Consider dilution H to lengthen times a bit to help achieve better consistency.