What is the Periodic(VII) acid?

Periodic(VII) acid is colourless crystals, while it's Molecular Formula is H5IO6. colourless crystals Used in Chemical Synthesis: Periodic(VII) acid is used as an oxidizing agent for the oxidation of various organic compounds. Its strong oxidizing properties allow it to effectively convert organic substrates into their corresponding oxidized forms, making it a valuable tool in the synthesis of complex molecules. Used in Pharmaceutical Industry: Periodic(VII) acid is used as a precursor to other iodine compounds, which are often employed in the development of pharmaceuticals. Its ability to form a wide range of iodine-containing compounds makes it an essential component in the synthesis of certain drugs. Used in Analytical Chemistry: Periodic(VII) acid is used as a titrant in analytical chemistry for the determination of certain elements and compounds. Its strong oxidizing nature allows for accurate and precise measurements in various analytical techniques. Used in Research and Development: Due to its unique properties, Periodic(VII) acid is used in research and development settings to explore new chemical reactions and investigate its potential applications in various fields. Its instability and explosive nature under certain conditions make it an interesting subject for studying the behavior of strong oxidizing agents. Note: When handling Periodic(VII) acid, extreme caution must be exercised due to its instability and potential to decompose explosively. Proper safety measures and protocols should be followed to ensure the safe use of this powerful oxidizing agent.

What is the CAS number for Periodic(VII) acid?

The CAS number of Periodic(VII) acid is 10450-60-9.

What is Periodic(VII) acid (10450-60-9) used for?

Periodic(VII) acid, also known as Perjodic acid, is a strong and unstable oxidizing agent with the formula H5IO6. It is a colorless, hygroscopic solid that is one of the most powerful oxides of iodine. Its strong oxidizing properties make it a valuable reagent for various applications.InChI:InChI:1S/H5IO6/c2-1(3,4,5,6)7/h(H5,2,3,4,5,6,7)

What is the Periodic(VII) acid?

Periodic(VII) acid is colourless crystals, while it's Molecular Formula is H5IO6. colourless crystals Used in Chemical Synthesis: Periodic(VII) acid is used as an oxidizing agent for the oxidation of various organic compounds. Its strong oxidizing properties allow it to effectively convert organic substrates into their corresponding oxidized forms, making it a valuable tool in the synthesis of complex molecules. Used in Pharmaceutical Industry: Periodic(VII) acid is used as a precursor to other iodine compounds, which are often employed in the development of pharmaceuticals. Its ability to form a wide range of iodine-containing compounds makes it an essential component in the synthesis of certain drugs. Used in Analytical Chemistry: Periodic(VII) acid is used as a titrant in analytical chemistry for the determination of certain elements and compounds. Its strong oxidizing nature allows for accurate and precise measurements in various analytical techniques. Used in Research and Development: Due to its unique properties, Periodic(VII) acid is used in research and development settings to explore new chemical reactions and investigate its potential applications in various fields. Its instability and explosive nature under certain conditions make it an interesting subject for studying the behavior of strong oxidizing agents. Note: When handling Periodic(VII) acid, extreme caution must be exercised due to its instability and potential to decompose explosively. Proper safety measures and protocols should be followed to ensure the safe use of this powerful oxidizing agent.

What is the CAS number for Periodic(VII) acid?

The CAS number of Periodic(VII) acid is 10450-60-9.

What is Periodic(VII) acid (10450-60-9) used for?

Periodic(VII) acid, also known as Perjodic acid, is a strong and unstable oxidizing agent with the formula H5IO6. It is a colorless, hygroscopic solid that is one of the most powerful oxides of iodine. Its strong oxidizing properties make it a valuable reagent for various applications.InChI:InChI:1S/H5IO6/c2-1(3,4,5,6)7/h(H5,2,3,4,5,6,7)

10450-60-9

Product Name:Periodic Acid
Molecular Formula:H₅IO₆
Molecular Weight:227.941

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Product Details

Detail

Cas No： 10450-60-9
Molecular Formula： H₅IO₆
Appearance： colourless crystals
Purity： 99%

Product Name	Periodic Acid
Alias
English
Molecular formula	H₅IO₆
Molecular weight	227.94
CAS No	10450-60-9
EINECS	233-937-0
Specification	Spec.: AR Appearance Colorless or white crystal Assay(HIO4•2H2O) 99.0%min Clarity test ≤3 Water-insoluble ≤0.01% Ignition residue(SO4) ≤0.05% Iodide ≤0.001% Other halogen(Cl) ≤0.01%
Appearance traits	Colorless or white crystal, odorless.It has the deliquescence.
Use	A reagent for the determination of carbohydrates by thin layer chromatography. A reagent for the determination of phenylhydrazine by spectrophotometry.
Package	1kg/bottle, 25kg/drum
Other product information

Factory supply Periodic Acid 10450-60-9 (H5IO6) with low price

Molecular Formula:H5IO6
Molecular Weight:227.941
Appearance/Colour:colourless crystals
Melting Point:122 °C(lit.)
Boiling Point:140°C
Flash Point:140°C
PSA：118.22000
LogP:-0.11710

Periodic(VII) acid(Cas 10450-60-9) Usage

General Description

Periodic(VII) acid, also known as Perjodic acid, is a strong and unstable oxidizing agent with the formula H5IO6. It can be prepared by the reaction of iodine pentoxide with water, and it is one of the most powerful oxides of iodine. Periodic(VII) acid is a colorless, hygroscopic solid with strong oxidizing properties. It is commonly used as a reagent for the oxidation of various organic compounds and as a precursor to other iodine compounds. However, due to its instability, it must be handled with extreme caution, as it can decompose explosively under certain conditions.

InChI:InChI:1S/H5IO6/c2-1(3,4,5,6)7/h(H5,2,3,4,5,6,7)

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10450-60-9 Relevant articles

Complexing between orthoperiodic acid and periodate ion in nitric acid solutions

Nikitina,Nikitina

, p. 1694 - 1696 (2007)

Preparative synthesis techniques have be...

10450-60-9 Process route

: 7782-68-5
iodic acid

: 10450-60-9
periodic acid

Conditions

Conditions	Yield
In water; Electrolysis; special apparatus with Pt wire net covered with PbO2 as anode and current intensity of 12 - 15A; 24h;; evapn. of anode soln. in vac. at 40 - 60°C not to dryness, addn. of some HNO3, further evapn.; crystn.; decantation of mother lye; dissolving H5IO6 in hot concd. HNO3 soln., filtration, recrystn., heating in desiccator over KOH to 40°C;;	98%
In water; Electrolysis; special apparatus with Pt wire net covered with PbO2 as anode and current intensity of 12 - 15A; 24h;; evapn. of anode soln. in purified air stream at 70 - 85°C; loss by partial formation of HIO3;;
In sulfuric acid; Electrolysis; 50% HIO3 soln.; anode region: clay cell with MnO2 anode; cathode region: filled with 2n H2SO4 soln., Pt cathode; current yield: 0.39%;;
In sulfuric acid; Electrolysis; 50% HIO3 soln.; anode region: clay cell with lead tube covered with PbO2 as anode; cathode region: filled with 2n H2SO4 soln., Pt cathode; current density: 0.3 A/cm*cm; current intensity: 2 A; 6 V; 13°C; 4.5 h;; quantitative formation of HIO4 soln. free of IO3(1-); diln., filtration, evapn. on water bath, crystn.; cooling down in desiccator; decantaion of mother lye; recrystn. from water; relative high loss of HIO4 on purification;;
In sulfuric acid; Electrolysis; 50% HIO3 soln.; anode region: clay cell with polished Pt anode; cathode region: filled with 2n H2SO4 soln., Pt cathode; current yield: 1.1%;;
In sulfuric acid; aq. H2SO4; Electrolysis; 50% HIO3 soln.; anode region: clay cell with polished Pt anode; cathode region: filled with 2n H2SO4 soln., Pt cathode; current yield: 1.1%;;
In sulfuric acid; aq. H2SO4; Electrolysis; 50% HIO3 soln.; anode region: clay cell with MnO2 anode; cathode region: filled with 2n H2SO4 soln., Pt cathode; current yield: 0.39%;;
In sulfuric acid; aq. H2SO4; Electrolysis; 50% HIO3 soln.; anode region: clay cell with lead tube covered with PbO2 as anode; cathode region: filled with 2n H2SO4 soln., Pt cathode; current density: 0.3 A/cm*cm; current intensity: 2 A; 6 V; 13°C; 4.5 h;; quantitative formation of HIO4 soln. free of IO3(1-); diln., filtration, evapn. on water bath, crystn.; cooling down in desiccator; decantaion of mother lye; recrystn. from water; relative high loss of HIO4 on purification;;
In water;

: calcium dimesoperiodate

: 7664-41-7
ammonia

: 8CaO*3I₂O₇

: 10450-60-9
periodic acid

Conditions

Conditions	Yield
In ammonia; pptn. of a solution of Ca2I2O9 with aq. NH3-solution under formation of product and H5IO6;;
In ammonia; aq. ammonia=NH3; pptn. of a solution of Ca2I2O9 with aq. NH3-solution under formation of product and H5IO6;;