Jump to content


Photo

Uses for Strontium Chloride in pyrotechnics?


  • Please log in to reply
18 replies to this topic

#16 digger

digger

    Pyro Forum Top Trump!

  • UKPS Members
  • 1,961 posts

Posted 15 July 2008 - 07:43 PM

how's it made? if you dont mind be asking :)


You are joking aren't you?

simply brew from sugar + nutrients. There are packs available that contain all the nutrients and high yield yeast to get up to 20% - 24% vol in 24 to 48 hours, if you require 100% vol the distill up to the azeotrope point at 96% vol and then throw in your zeolite molecular sieves (4 angstrom I believe) to mop up the remaining water.
Phew that was close.

#17 Arthur Brown

Arthur Brown

    General member

  • UKPS Members
  • 2,923 posts

Posted 15 July 2008 - 08:07 PM

Ethanol also comes by catalysis from LPG in the vapour phase.as does Methanol.
http://www.movember.com/uk/home/

Keep mannequins and watermelons away from fireworks..they always get hurt..

#18 digger

digger

    Pyro Forum Top Trump!

  • UKPS Members
  • 1,961 posts

Posted 15 July 2008 - 08:33 PM

Ethanol also comes by catalysis from LPG in the vapour phase.as does Methanol.


Not exactly something you can do at home though! Well not without some serious investment in design time.
Phew that was close.

#19 Gary

Gary

    Member

  • General Public Members
  • PipPip
  • 49 posts

Posted 03 August 2008 - 03:56 PM

You might want to electrolyse a concentrated solution of strontium chloride to obtain either the chlorate or perchlorate of strontium. Bear in mind however, that strontium chlorate is less stable than potassium chlorate. This will have some safety implications.
You could add an excess of sodium or potassium carbonate solution to strontium chloride, then filter, wash and dry the sparingly soluble precipitate of strontium carbonate. Ensure that all traces of sodium are removed if you use sodium carbonate. Then, add a slight excess of the solid strontium carbonate to dilute nitric acid and filter the solution to remove unreacted carbonate. When the reaction is complete, no more carbon dioxide gas will be given off. Evaporate to dryness. What you have left are crystals of strontium nitrate- a useful oxidiser which does have its uses in pyrotechnics.




1 user(s) are reading this topic

0 members, 1 guests, 0 anonymous users