Aluminum Phosphate Formula

Aluminium Phosphate Formula

The cation Al3+ and anion PO43- (phosphate) combine to generate aluminium phosphate (aluminium). AlPO4 is the Aluminium Phosphate Formula. White, crystalline powder is how aluminium phosphate naturally arises. It is a colourless liquid in its aqueous state. It cannot dissolve in water. Furthermore, it is found naturally as the mineral berlinite. Minerals like meta-variscite and variscite contain aluminium monophosphate in its dihydrate state. It is frequently employed in the electrical and electronic industries as a result of its piezoelectric material feature.

Aluminium Phosphate Formula Structure

Generally, Aluminium Phosphate is found as an anhydrous salt. However, it also exists in its dihydrate and pentahydrate forms, which are denoted by the chemical symbols AlPO4.2H2O and AlPO4.5H2O. Phosphate anion and aluminium cation combine to generate the chemical known as aluminium phosphate, with the Aluminium Phosphate Formula AlPO4. Its trigonal crystal structure and anhydrous salt structure are quite similar to those of several other minerals, such as quartz. However, its dihydrate form, which contains 6 cations coupled to 6 anions, has a structure resembling that of NaCl.

Properties Of Aluminium Phosphate Formula

Alkaline conditions are used to create aluminium phosphate, which contains hydrated aluminium orthophosphate with the Aluminium Phosphate Formula AlPO4. Equilibrium is only attained extremely slowly because the highly viscous aluminium phosphate solutions have a tendency to produce polymeric clumps. To create soluble aluminium salts and phosphoric acid, it slowly combines with stomach acid. It does not absorb bile acids as well as aluminium hydroxide.

Aluminium Phosphate Structure and Formula

AlPO4 is the Aluminium Phosphate Formula, and its molar mass is 121.9523 g/mol. It primarily appears in nature as the anhydrous salt AlPO4. AlPO4.2H2O and AlPO4.5H2O, its dihydrate and pentahydrate forms, are also found in nature. But it derives from the aluminium cation (Al3+) and the phosphate anion (PO43-). Additionally, the anhydrous salt structure resembles that of other minerals with trigonal crystal systems, such as quartz. Besides, it shares a basic structure with zeolites. However, the structure of the dihydrate form is similar to that of NaCl, where 6 cations match 6 anions and vice versa. The Aluminium Phosphate Formula AlPO4 is used in the equations.

Aluminium Phosphate Occurrence

It can be found in nature as an Aluminium Salt, recognized as Berlinite. Furthermore, minerals like variscite and meta-variscite contain it in dihydrate form. Australia and Southern Africa contain the bulk of its deposits.

Aluminium Phosphate Preparation

They can be taken out of minerals including berlinite, meta-variscite, and variscite. Even yet, there is not much information on the chemical processes used to manufacture it.

Aluminium Phosphate Physical Properties

It is a white, crystalline powder with a density of 2.567 g/mL-1 and no odour. Beyond its melting point of 1800 °C, it begins to disintegrate. It is insoluble in water and only slightly soluble in nitric and hydrochloric acids.

Aluminium Phosphate Chemical Properties

Aluminium phosphate is also known as mono-aluminium phosphate or aluminium monophosphate. The Aluminium cation Al3+ and the phosphate anion PO43- combine to make it. AlPO4 is, hence the Aluminium Phosphate Formula.

When present, it is a white, crystalline powder. But in its aqueous state, it is a colourless liquid. It appears as the mineral berlinite and is insoluble in water. Minerals like variscite and meta-variscite contain aluminium phosphate in its dihydrate state. It is frequently used in the electrical and electronic industries because it exhibits piezoelectric properties.

Aluminium Phosphate Uses

  1. Each official aluminium phosphate tablet in B.P. comprises 500 mg of dry aluminium phosphate with a peppermint flavour.
  2. When using aluminium salts, patients who experience considerable phosphate loss benefit from the usage of this antacid.
  3. Used as an adjuvant to improve immunogenicity while making vaccinations
  4. Hydrogenated aluminium carbonate and orthophosphoric acid were suspended in water using aluminium phosphate-carbonate gels.

Aluminium phosphate health and safety hazards

The Aluminium phosphate with the Aluminium Phosphate Formula AlPO4 poses serious health risks. Due to its high concentration, it can make people cough and wheeze as well as irritate their skin, eyes, and mucous membranes. The respiratory system may also be harmed by it. Additionally, it does not react with other chemical compounds and is not combustible.

Solved Examples on Aluminium Phosphate Formula

Question- Give the name of an artificial aluminium phosphate hydrate.

Answer- AlPO41.5H2O is a synthetic hydrate form of aluminium phosphate.

Question- What is the Aluminium Phosphate Formula?

Answer- The Aluminium Phosphate Formula is AlPO4.

Chemistry Related Formulas
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Ammonia Formula Silicon Dioxide Formula
Bleaching Powder Formula Sodium Cyanide Formula
Molarity Formula Sodium Fluoride Formula
Oxalic Acid Formula Barium Phosphate Formula
Methane Formula Barium Oxide Formula
Sulphuric Acid Formula Calcium Bromide Formula
Aluminium Chloride Formula Dilution Formula
Chloroform Formula Folic Acid Formula
Empirical Formula Fumaric Acid Formula