Lithium Chromate

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About Lithium Chromate

Name of Product	Lithium Chromate	IUPAC Name	dilithium;dioxido(dioxo)chromium
CAS No	14307-35-8	InChI	InChI=1S/Cr.2Li.4O/q;2+1;;;2-1
Formula	CrLi2O4	InChI Key	JQVALDCWTQRVQE-UHFFFAOYSA-N
Other name / synonyms	LITHIUM CHROMATE	Canonical SMILES	[Li+].[Li+].[O-][Cr](=O)(=O)[O-]
	Dilithium chromate	EC Number	238-244-7
	Chromium lithium oxide	UN Number	3077
	Lithium chromate(VI)	UNII	5UR77B9Q8M
	Chromic acid, dilithium salt
	Lithium chromate (Li2CrO4)
	Dilithium chromate (Li2CrO4)
	HSDB 650
	14307-35-8
	Chromium lithium oxide (CrLi2O4)
	Lithium chromium oxide (Li2CrO4)
	EINECS 238-244-7
	Chromic acid (H2CrO4), dilithium salt
	dilithium dioxido(dioxo)chromium
	Lithiumchromate
	AC1L1BJF
	AC1MTPF1
	UNII-5UR77B9Q8M
	5UR77B9Q8M
	CTK8B0780
	ANW-20736
	AKOS015904488
	LS-53390
	S426
	dilithium(1+) ion dioxochromiumbis(olate)
	FT-0694957
	Chromic acid (H2CrO4), lithium salt (1:2)
	3B4-4228
	I14-17283

Key Structural Features

Lithium Chromate features the chromate ion (CrO4), where a chromium atom is centrally located within a tetrahedral arrangement of oxygen atoms. Its structural integrity supports diverse chemical interactions, making it valuable in laboratory synthesis and industrial processes that rely on chromate chemistry.

Industrial Applications

While specific uses are not detailed, compounds containing chromate ions like Lithium Chromate are frequently utilized for dyeing, pigmentation, corrosion inhibition, and analytical chemistry. Its unique molecular structure allows for specialized use in sectors requiring reliable chromate sourcing from reputable Indian exporters and suppliers.

FAQ's of Lithium Chromate:

Q: How is Lithium Chromate typically used in industry?

A: Though exact applications are not specified, Lithium Chromate as a compound containing chromate ions is often employed in the production of pigments, corrosion inhibitors, and laboratory reagents, taking advantage of the reactivity of the CrO4 ion.

Q: What benefits does Lithium Chromate provide in chemical processes?

A: Lithium Chromate offers the advantage of stable chromate ion supply, essential for reactions that require oxidation or synthesis capacities associated with chromate-based compounds.

Q: When should Lithium Chromate be handled with precaution?

A: Handling Lithium Chromate demands caution at all times, as compounds containing chromate ions are typically considered hazardous and require appropriate protective measures and regulatory compliance.

Q: Where can Lithium Chromate be sourced from in India?

A: Lithium Chromate can be obtained through various chemical manufacturers, exporters, and suppliers across India, who provide the compound for laboratory and industrial needs.

Q: What is the process for purchasing Lithium Chromate from Indian suppliers?

A: Clients can approach verified Indian exporters or manufacturers directly, generally through online B2B platforms or specialized chemical trading sites, to request specifications, pricing, and secure procurement.

Q: How does the structural formula of Lithium Chromate contribute to its chemical behavior?

A: The CrO4 structure imparts significant oxidative properties, making the compound suitable for specialized synthetic and analytical functions where chromate ions are required.

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