Oxalic Acid Extra Pure – 500 gram Packs

Oxalic Acid Extra Pure is a laboratory material classified as a dicarboxylic organic acid. It is supplied in a 500 g pack for chemical, educational and research settings where its specific identity and properties suit the chosen method. The material is forms oxalate ions that complex or precipitate certain metal ions. This makes it relevant to acid-base, complexation and redox investigations, subject to the actual formulation and experimental conditions. The listing describes its chemical basis rather than guaranteeing compatibility with every laboratory technique. Users should check the stated chemical form and any composition-dependent properties before designing experiments. In institutional work, appropriate risk assessment, correct waste segregation, trained supervision and the current Safety Data Sheet are important. For products described by a general commercial name or without a hydrate designation, the complete product specification should be confirmed rather than inferred from the name alone.

Product Specifications

Specification	Details
Appearance	White crystalline solid
Assay	99%
Chemical Name	Oxalic acid, hydrate unspecified
Alternate Names	Ethanedioic acid; oxalic acid
Molecular Formula	H2C2O4 (anhydrous basis; hydrate unspecified)
Empirical Formula	CHO2 (anhydrous oxalic acid)
CAS Number	Verify hydrate-specific CAS (anhydrous 144-62-7; dihydrate 6153-56-6)
Molecular Weight	90.03 g/mol anhydrous; 126.07 g/mol dihydrate
Grade	LR Laboratory Reagent

Key Features of Oxalic Acid Extra Pure

• Chemical class: dicarboxylic organic acid.
• Physical appearance: white crystalline solid.
• Notable property: forms oxalate ions that complex or precipitate certain metal ions.
• Laboratory relevance: acid-base, complexation and redox investigations.
• Pack format: 500 g for measured institutional laboratory use.

Laboratory Applications of Oxalic Acid Extra Pure

• Acid–base titration practicals using appropriately standardised solutions
• Demonstration of oxalate precipitation with selected metal ions
• Study of redox reactions involving permanganate in acidic medium
• Laboratory research on metal–oxalate complexation
• Preparation of oxalate reagents for controlled analytical experiments

Why Choose Lab Wale to Buy Oxalic Acid Extra Pure

Lab Wale offers a sourcing option for Oxalic Acid Extra Pure for schools, colleges, universities and scientific laboratories. Clearly identifying the material, its listed grade and 500 g pack helps purchasing teams compare it with their intended experiment. For chemicals available in multiple forms or mixtures, confirm composition and applicable safety documents before ordering. Laboratory users should match reagent selection to the procedure, equipment, supervision and waste-management requirements rather than assume that a general laboratory grade suits every analytical method.

Frequently Asked Questions About Oxalic Acid Extra Pure

What is Oxalic Acid Extra Pure used for in a laboratory?

Oxalic Acid Extra Pure is relevant to acid-base, complexation and redox investigations. Practical choices include acid–base titration practicals using appropriately standardised solutions and demonstration of oxalate precipitation with selected metal ions. Its use should be limited to methods for which the actual material, required concentration and institutional controls are appropriate.

What chemical formula and composition does Oxalic Acid Extra Pure have?

The listed formula information is: H2C2O4 (anhydrous basis; hydrate unspecified). The name alone does not define every constituent or hydration state, so composition-dependent data need confirmation.

How is Oxalic Acid Extra Pure identified for purchasing?

The chemical name is Oxalic acid, hydrate unspecified. The registry information is Verify hydrate-specific CAS (anhydrous 144-62-7; dihydrate 6153-56-6). Buyers should match the supplied label, chemical form, concentration where relevant and supporting documentation against their method before approving a laboratory purchase.

Can Oxalic Acid Extra Pure be used in school and college experiments?

Only when the experiment is appropriate to the material and a responsible instructor has completed a risk assessment. Oxalic acid is harmful and can cause serious eye damage; avoid dust, skin contact and ingestion, and use protective eyewear and gloves. More specialised, hazardous or composition-dependent work should be restricted to adequately equipped, supervised facilities.

How should Oxalic Acid Extra Pure be stored and handled?

Store sealed and dry, segregated from strong oxidising reagents, alkalis and incompatible metals. Oxalic acid is harmful and can cause serious eye damage; avoid dust, skin contact and ingestion, and use protective eyewear and gloves. Review the current SDS for the exact supplied product and follow your institution’s procedures for spills, protective equipment and waste disposal.

Storage Conditions for Oxalic Acid Extra Pure

Store sealed and dry, segregated from strong oxidising reagents, alkalis and incompatible metals. Keep the container accurately labelled and verify storage requirements in the supplier SDS for the exact formulation. Separate waste and working stocks from incompatible materials, and limit access to trained laboratory personnel.

Precautions for Handling Oxalic Acid Extra Pure

Read the current product-specific Safety Data Sheet and complete a documented risk assessment before handling. Oxalic acid is harmful and can cause serious eye damage; avoid dust, skin contact and ingestion, and use protective eyewear and gloves. Use suitable gloves, eye protection and ventilation as required, minimise exposure, avoid unsafe combinations, and follow local spill-response and hazardous-waste disposal procedures. In instructional laboratories, ensure responsible supervision and appropriate training.