Boric Acid
BORIC ACID
Boric Acid (H3BO3) is a weak acid having antifungal and antiviral properties. It is derived from Borax. It has its other names as hydrogen Borate and Orthoboric acid. It should not be swallowed or inhaled in huge amounts as it will prove poisonous. It sinks when mixed with water. It is a monobasic acid of boron. Decomposition of Boric Acid is done at above 100°C forming metaboric acid and boron oxide. Its molecular geometry is trigonal planar. It is used as an astringent. It is stable in the air. Boric acid is the conjugate acid of dihydrogen borate.
Physical Properties of Boric Acid
It is an odorless, white crystalline powder. It has a faintly bitter taste. It is also volatile when steamed. Its solubility is dependent on temperature. Normally soluble in water and partially soluble in cold water.
Chemical Properties
- It is insoluble in methanol.
- It is stable at thermal conditions.
- It has toxic effects.
- It is the most reactive alkali metal.
USES AND APPLICATIONS FOR Barium Carbonate
INDUSTRIES
It is used in numerous industrial applications like:-
• It is used in tire adhesion, paints, and coating.
• It is used in detergent alcohols.
• It is used in enamels and marble substitutes as an analytical reagent.
• It is used in the manufacturing of electrodes and optical glasses.
• It is used for clay products and photographic papers.
• Due to its toxic effects, it serves in the creation of rat poison.
• It is used in tile and ferrite industries.
It is, a weak acid derived from boron, offers several benefits across various applications:
- Antiseptic Properties: Boric acid possesses antiseptic qualities, making it useful in treating minor cuts, wounds, and burns. It helps prevent infections and promotes healing.
- Insecticide and Pest Control: Boric acid is commonly used as an insecticide to control pests like cockroaches, ants, termites, and fleas. It disrupts their digestive systems and outer shells, effectively eliminating them.
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