Finman
Queen Bee
- Joined
- Nov 8, 2008
- Messages
- 27,887
- Reaction score
- 2,026
- Location
- Finland, Helsinki
- Hive Type
- Langstroth
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http://www.bee-hexagon.net/files/file/fileE/Wax/WaxBook2.pdf
- wax glands work best in 12 to 18 days old workers
- when do you expect that bees are reay to make new combs
- there is no unnecessary wax production!
- exracting wax from old combs depends on method how you melt the combs.
with sun melter you get quite small amount of wax from black combs.
Wax remains in cocoon silk. -laborous job however
- color: The yellow colour is due to colourants originating from propolis and pollen, while the brown colour is due to the pigments of the larval excrements.
- At 30-35 °C beewax becomes plastic, at 46-47°C the structure of a hard body is destroyed and between 60 to 70°C it begins to melt.
- Heating to 95-105 oC leads to formation of surface foam,
while at 140°C the volatile fractions begin to evaporate (sterilizing with heat!)
. Beeswax is an extremely complex material containing over 300 different substances.
and so on
http://www.bee-hexagon.net/files/file/fileE/Wax/WaxBook2.pdf
- wax glands work best in 12 to 18 days old workers
- when do you expect that bees are reay to make new combs
- there is no unnecessary wax production!
- exracting wax from old combs depends on method how you melt the combs.
with sun melter you get quite small amount of wax from black combs.
Wax remains in cocoon silk. -laborous job however
- color: The yellow colour is due to colourants originating from propolis and pollen, while the brown colour is due to the pigments of the larval excrements.
- At 30-35 °C beewax becomes plastic, at 46-47°C the structure of a hard body is destroyed and between 60 to 70°C it begins to melt.
- Heating to 95-105 oC leads to formation of surface foam,
while at 140°C the volatile fractions begin to evaporate (sterilizing with heat!)
. Beeswax is an extremely complex material containing over 300 different substances.
and so on
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