#1 proklete hemikalije...ccc!
Posted: 19/05/2004 18:55
Koliko Vi i da li uopste vodite racuna o prisustvu ALUMINIUM CHLOROHYDRATE u vasem dezodoransu?
Mozda sam pala s Marsa, ali do danas me nikad nije zanimao sastav niti jednog jedinog dezodoransa koji sam koristila izuzev da ga moj nos moze podnijeti!
I tako nakon bezbroj potrosenih boca DOVE-a, Nivea-e, Rexone, Amaia, Adidasa..danas pri kupovini dezodoransa posizim totalno.
Podjem da uzmem Adidas sensitive...kad vrisnu prodavacica...NE TO, IMA ALUMINIUM CHLOROHYDRATE!!!
E jesi mi puno rekla! Al' hajd' nesto je strasno cim me sama upozorila...i podjem tako da biram kad svi ovi iole normalni i podnosljivi mirisi sadrze taj vrag, a svi oni fuj i bezvezni ga nemaju. Muka me spopala...i na kraju samo u jednoj Nivei ne bi taj Aluminium!
I eto sad...pored toga sto godinama citam sastav ziveznih namirnica pokusavajuci izbjeci one kancerogene emulgatore tipa E330 sl. sad sam i ogranicena miomirisima...
WHAT IS ALUMINIUM CHLOROHYDRATE?
(Our Deodorant Stone products DO NOT contain Aluminium Chlorohydrate. Other deodorants, especially those that constrict pores to limit perspiration, do.)
Aluminium Chlorohydrate, also known as aluminium chloride, is a synthetic organic chemical that is topically used under the arms as a deodorant. Aluminium Chloride (AlCl3 H2O2) is used as a topical antiperspirant or body deodorant, which acts by constricting the pores of the skin. It is one of several aluminium salts employed by the cosmetics industry. Aluminium Chloride is also known as hydrated Aluminium Chloride.
Aluminium Chlorohydrate is a chemically active form of chlorine which is emulsified enabling it to plug and close underarm pores. When this compound comes into contact with organic matter (e.g. skin tissue) the chlorine attacks and breaks down chemically.
TOXICOLOGY
Anhydrous aluminium chloride has a corrosive and errant effect on the skin, respiratory tract and eyes. The toxic affect is caused by the evolution of hydrochloric acid when the product is exposed to moist air. The resulting respiratory difficulties vary from mild irritation to coughing.
USES
Ethylbenzene catalyst in a wide range of organic compounds, dyestuff intermediate, detergent alkylate, ethyl chloride, pharmaceuticals and organics, butyl rubber, petroleum refining, hydrocarbon resins, nucleating agent for titanium dioxide pigments, coagulant and flocculant in water treatment, catalyst in petroleum industry, laboratory reagent, antiseptic, commercial antiperspirant and deodorant.
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