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Obtained by the action of fluorine or hydrogen fluoride on the metal at high temperatures
Originally posted by Corrupted Data
reply to post by WeekendWarrior
Some Toothpaste Contains things like Titanium. Noene of which can be good for you. im sure.
Originally posted by 3danimator
reply to post by Corrupted Data
Oh dear. OH DEAR.
Get a grasp of basic high school chemistry and come back. Aluminium is NOT soluble in water, no matter how fine it is. It will just suspend in the water.
Also, you cannot just "add" 2 chemicals together and assume they will react. Just adding aluminium to a fluoride will NOT cause it to join.
And you guys wonder why the world thinks what they think of conspiracy folk? Its because of ridiculous thinking like this
In what way and in what form does aluminum react with water? Aluminum metal rapidly develops a thin layer of aluminum oxide of a few millimeters that prevents the metal from reacting with water. When this layer is corroded a reaction develops, releasing highly flammable hydrogen gas. Aluminum chloride hydrolyses in water, and forms a mist when it comes in contact with air, because hydrochloric acid drops form when it reacts with water vapor. Aluminum ions in other compounds also hydrolyze, and this continues until the cationic charge has run out, ending the reaction by hydroxide formation. The beginning of the hydrolysis reaction is as follows: Al3+(aq) + 6H2O(l) [Al(H2O)6]3+ (aq) Solubility of aluminum and aluminum compounds Read more: www.lenntech.com...
The traditional process used in these operations is vacuum distillation—essentially the boiling of water at less than atmospheric pressure and thus a much lower temperature than normal. This is because the boiling of a liquid occurs when the vapor pressure equals the ambient pressure and vapor pressure increases with temperature. Thus, because of the reduced temperature, energy is saved.
Originally posted by Chadwickus
reply to post by Corrupted Data
And to add to that, fluoride wouldn't be added until after the desalination process.
Oh and desalination does not occur at most watertreatment plants, read your sources mate, come on.
Aluminum fluoride (AlF4-) inhibited guanine nucleotide-activated phospholipase D (PLD) in rat submandibular gland cell-free lysates in a concentration-dependent response. this means that it reduces the level of concentration you can acheive, In effect MAKING YOU DOCILE, and EASY TO MANIPULATE AND CONTROL. This Chemical makes people LAZY, and INCAPABLE OF EVEN BASIC THINKING.
Originally posted by Corrupted Data
reply to post by 3danimator
Yes it IS soulable in water.
Proof: Aluminium and water
And obviously as you are too lazy to read the links, ill quote some for you,
In what way and in what form does aluminum react with water? Aluminum metal rapidly develops a thin layer of aluminum oxide of a few millimeters that prevents the metal from reacting with water. When this layer is corroded a reaction develops, releasing highly flammable hydrogen gas. Aluminum chloride hydrolyses in water, and forms a mist when it comes in contact with air, because hydrochloric acid drops form when it reacts with water vapor. Aluminum ions in other compounds also hydrolyze, and this continues until the cationic charge has run out, ending the reaction by hydroxide formation. The beginning of the hydrolysis reaction is as follows: Al3+(aq) + 6H2O(l) [Al(H2O)6]3+ (aq) Solubility of aluminum and aluminum compounds Read more: www.lenntech.com...
It is clear that you are an Ignoramus Buddy,
Have fun trying to debunk the facts.
Ciaoedit on 31-1-2012 by Corrupted Data because: (no reason given)