Aluminum Phosphate Formula
Physical Properties
Appearance:
White powder or crystalline solid.
Molecular Weight:
About 121.94 g/mol.
Solubility:
Slightly insoluble in water and strong acids and bases.
Density:
About 2.42 g/cm³.
Melting Point:
Not exactly a melting point since it decomposes when heated to about 1,200 °C (2,192 °F) in its anhydrous form.
Chemical properties
Reactivity:
It reacts with the strong acids to give aluminum salts
It can react with bases to give aluminum hydroxide and phosphates
Hydration:
It hydrates, such as AlPO₄·xH₂O, can be dehydrated when heated, hence affecting its properties
Thermal Stability:
It is thermonically stable but can decompose at high temperatures to produce phosphorus oxides.
Formation of Complexes:
It can form with metal ions and is a variable reagent in many reactions.
Acid-Base Behavior
An amphoteric compound that can react with both acids and bases.
Applications
Ceramics:
Due to its thermal stability, it is used as raw material for ceramics and it works as an insulator.
Food Additive:
It is applied as a food additive in several kinds of foods and as a stabilizer.
Pharmaceuticals :
Its property that is exhibited in pharmaceutical formulation makes it applicable in pharmaceutical formulation. Besides, it is used as an adjuvant in vaccines.
It can work as a catalyst or support in numerous catalytic chemical processes.
Water Treatment :
It is also employed in water purification since it facilitates the removal of impurities and phosphates .
Conclusion
AlPO4 is a very interesting compound with very good physical and chemical properties. Stability and low solubility point to possible applications in ceramics and pharmaceuticals, as well as many types of product. Unlocking the hidden properties and reactions would prove to be the key to exploiting its potential use in various industries, including catalysis, materials science, and so forth.
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Aluminum Phosphate Formula
Physical Properties
Appearance:
White powder or crystalline solid.
Molecular Weight:
About 121.94 g/mol.
Solubility:
Slightly insoluble in water and strong acids and bases.
Density:
About 2.42 g/cm³.
Melting Point:
Not exactly a melting point since it decomposes when heated to about 1,200 °C (2,192 °F) in its anhydrous form.
Chemical properties
Reactivity:
It reacts with the strong acids to give aluminum salts
It can react with bases to give aluminum hydroxide and phosphates
Hydration:
It hydrates, such as AlPO₄·xH₂O, can be dehydrated when heated, hence affecting its properties
Thermal Stability:
It is thermonically stable but can decompose at high temperatures to produce phosphorus oxides.
Formation of Complexes:
It can form with metal ions and is a variable reagent in many reactions.
Acid-Base Behavior
An amphoteric compound that can react with both acids and bases.
Applications
Ceramics:
Due to its thermal stability, it is used as raw material for ceramics and it works as an insulator.
Food Additive:
It is applied as a food additive in several kinds of foods and as a stabilizer.
Pharmaceuticals :
Its property that is exhibited in pharmaceutical formulation makes it applicable in pharmaceutical formulation. Besides, it is used as an adjuvant in vaccines.
It can work as a catalyst or support in numerous catalytic chemical processes.
Water Treatment :
It is also employed in water purification since it facilitates the removal of impurities and phosphates .
Conclusion
AlPO4 is a very interesting compound with very good physical and chemical properties. Stability and low solubility point to possible applications in ceramics and pharmaceuticals, as well as many types of product. Unlocking the hidden properties and reactions would prove to be the key to exploiting its potential use in various industries, including catalysis, materials science, and so forth.
Other Related Sections
NCERT Solutions | Sample Papers | CBSE SYLLABUS| Calculators | Converters | Stories For Kids | Poems for Kids| Learning Concepts | Practice Worksheets | Formulas | Blogs | Parent Resource
Admissions Open for
Frequently Asked Questions
The chemical formula for Aluminum Bromide is AlBr₃.
Aluminum Bromide is used primarily as a catalyst in organic synthesis, particularly in the bromination of aromatic compounds. It also has applications in the production of other chemicals and in certain types of chemical research.
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