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{{Element | name=Bromine | symbol=Br | anumber=35 | amass=79.9 amu | noe=35 | class=Halogen | cstructure=Orthorhombic | color=Red | date=1826 | discname=[[Antoine J. Balard ]] | origname=From the Greek ''bromos''. | uses= Making fumigants, flameproofing agents, water purification compounds, dyes, medicines, sanitizers, inorganic bromides for photography | obtained=Ocean Water}}

{{Element | name=Bromine | symbol=Br | anumber=35 | amass=79.9 amu | noe=35 | class=Halogen | cstructure=Orthorhombic | color=Red | date=1826 | discname=[[Antoine J. Balard ]] | origname=From the Greek ''bromos''. | uses= Making fumigants, flameproofing agents, water purification compounds, dyes, medicines, sanitizers, inorganic bromides for photography | obtained=Ocean Water & any brine source.}}

'''Bromine''' has the atomic number 35. Like [[chlorine]], it is a [[halogen]] that easily reacts with other elements. In nature bromine can only be found in compounds. These combinations are called bromides. Bromides are used to obtain pure bromine and to produce bromine products. After [[fluorine]], bromine is the most reactive element. It reacts with many different substances, is very corrosive and destructive on organic material.

'''Bromine''' has the atomic number 35. Like [[chlorine]], it is a [[halogen]] that easily reacts with other elements. In nature bromine can only be found in compounds. These combinations are called bromides. Bromides are used to obtain pure bromine and to produce bromine products. After [[fluorine]], bromine is the most reactive element. It reacts with many different substances, is very corrosive and destructive on organic material.