Barium Phosphate Formula
Barium Phosphate Formula
The Barium Phosphate Formula is written as Ba3(PO4)2. The chemical and optical industries use the inorganic salt known as Barium Phosphate as a component in the manufacture of glasses and pulsed lasers. This alkaline earth phosphate exhibits characteristics including low dispersion, low melting, and low glass conversion temperatures, high refractive index, high thermal expansion coefficient, and good transparency to UV light. Additionally, compared to other alkali earth phosphate glasses, Barium Phosphate glasses show a wider variety of glass-forming zones and greater uniformity.
Barium Phosphate Formula
The Barium Phosphate Formula is written as Ba3(PO4)2 and has a molecular weight of 295.27 g/mol. Additionally, two anion phosphate PO43- and three barium cations (Br2+) combine to make Barium Phosphate. Barium Phosphate is also found in its hydrate form, Ba2 (P4O12). Ba3(P3O9)2 + 5H2O = 6H2O. The Extramarks website and mobile application provide the standard depiction of its chemical formula.
Properties of Barium Phosphate
Physical Properties of Barium Phosphate:
The Barium Phosphate Formula is written as Ba3(PO4)2. It is a colourless substance that comes in powder form and has a faint acetic acid flavour. Additionally, it has a density of 3.63 g/mL and a melting point of 15600C for Barium Phosphate. It is insoluble in water but soluble in acidic aqueous solutions. The complexity of Barium Phosphate is 36.8. The Barium Phosphate begins to break down when it is heated.
Chemical Properties of Barium Phosphate:
Due to its chemical composition, glasses with a high melting point and a high coefficient of thermal expansion may be created. For this reason, it is used in several industrial processes to create speciality glasses that utilise Barium Phosphate as a raw ingredient. The Barium Phosphate Formula is written as Ba3(PO4)2.
Use and Safety Measure of Barium Phosphate
The Barium Phosphate Formula is written as Ba3(PO4)2. It has several industrial uses, including the production of a sodium and barium polyphosphate combination that is a key ingredient in hot glasses and other glasses with unique qualities. Barium Phosphate is also used in fuel sensors and as a proton-conducting material in pulsed lasers. According to recent research, Barium Phosphate coats magnesium alloys with phosphate coatings during a chemical conversion process, producing MgF2. This study also demonstrates that, when compared to calcium phosphate, the work exhibits improved potential increases and decreases in corrosion current density.
The Barium Phosphate Formula is written as Ba3(PO4)2. If consumed or breathed, it is dangerous. Additionally, it irritates the eyes, mouth, mucous membranes, and skin. It is inflammable-free. If someone inadvertently swallows it, they should seek medical attention right away.
