Do you have to freeze the frames as we have a super that we are going to use if we have too?
Freezing temperatures - normal scientifc reaction rate change. Any reaction roughly doubles in rate as the temperature increases by 5 degrees.
Sooo, reducing the temperature to freezer temperatures will arrest the rate of granulation. OK, I know there is an optimumum temperature for a lot of organic processes (enzymes, granulation of honey, etc) but the basic premise holds true.
Granulation will not occur at -19 C (or 0 F).
An addition - frame feeders are at the colony temperature, as an advantage.
Regards, RAB
Freezing temperatures - normal scientifc reaction rate change. Any reaction roughly doubles in rate as the temperature increases by 5 degrees.
Sooo, reducing the temperature to freezer temperatures will arrest the rate of granulation. OK, I know there is an optimumum temperature for a lot of organic processes (enzymes, granulation of honey, etc) but the basic premise holds true.
Granulation will not occur at -19 C (or 0 F).
An addition - frame feeders are at the colony temperature, as an advantage.
Regards, RAB