Looking for a NATURAL DEODORANT that is not only good for you but also for the environment?
Hotel Organics all natural Himalayan Salt Deodorant stick with no Aluminium & Alum, no additives, colours, fragrances or preservatives makes a great alternative to your conventional commercial deodorant. It is vegan friendly, plus there is no empty plastic container to hit landfills making it better, not only for you but also the environment.
Unlike commercial deodorants this natural alternative does not contain hazardous chemicals. Many commercial deodorants continue to use potentially hazardous chemicals on their underarms as way to cut perspiration and odour. The primary ingredient used in most antiperspirants is aluminium. Aluminium is a metal, which is used in antiperspirants to help block the sweat from escaping the pores.
Aluminium, such as that used in antiperspirants, have recently been classified as metal oestrogen. In research published in the journal of applied toxicology, Dr. Philipa D. Darbre of the university of Reading (Click Here to find out more) has shown that aluminium increase oestrogen related gene expression in the human breast cancer cells grown in the laboratory.
Our natural Himalayan salt deodorant stick will not mask bad odours; the salt kills the bacteria that causes bad odours keeping you fresh the natural way. Our natural salt deodorant stick leaves an invisible layer that protects your underarms and will not clog pores.
Himalayan salt contains 84 minerals and trace elements such as calcium, magnesium, potassium, copper and iron. This salt is recognised for its beautiful pink colour, high mineral content, and its therapeutic properties. Himalayan salt is a pure, hand-mined salt that is derived from ancient sea salt deposits in the foothills of the Himalayas. Protected from pollution and impurities since their formation 200 million years ago, pink Himalayan salt is believed to be the purest form of salt available. The high mineral crystals range in colour from sheer white, varying shades of pink, to deep reds leading to the result of high mineral and iron content.