Nickel Oxalate – 500 gram Packs

Nickel Oxalate is a sparingly soluble nickel(II) salt of oxalic acid with a chelating oxalate dianion. The oxalate ligand and limited aqueous solubility make it a useful case study in precipitation and precursor chemistry. In laboratory practice, the material is relevant to metal oxalate precipitation and provides a practical route for examining the behaviour of nickel-containing inorganic compounds. It can support demonstrations and research in supervised educational and institutional laboratories where the selected technique is compatible with the supplied form and reagent grade. Students and technicians should distinguish the chemical identity from commercial hydrate or composition variants when interpreting results, calculating concentrations, or preparing reaction mixtures. Nickel compounds require chemical-specific exposure controls because many are associated with significant health hazards and environmental concerns. Appropriate use therefore depends on an established method, compatible equipment, verified specifications and the current safety data sheet.

Product Specifications

Key Features of Nickel Oxalate

• Chemical identity: nickel(II) oxalate salt, commonly encountered as a dihydrate.
• Characteristic property: oxalate dianion and sparing aqueous solubility.
• Formula and composition should be verified for the actual supplied form before stoichiometric work.
• Relevant to laboratory teaching of metal oxalate precipitation.
• Intended for controlled laboratory-reagent workflows with nickel-specific handling and waste controls.

Laboratory Applications of Nickel Oxalate

• Supervised study of metal-ligand precipitation demonstrations.
• University laboratory experiments involving controlled conversion of nickel oxalate precursors.
• Laboratory research on preparation of nickel-containing solids in materials studies.
• Qualitative comparison of the properties of nickel oxalate and other nickel compounds.
• Method-development and sample-preparation studies where this chemical form and the actual reagent specification are suitable; follow the SDS and institutional safeguards.

Why Choose Lab Wale to Buy Nickel Oxalate

Lab Wale provides a purchasing point for nickel oxalate and laboratory supplies used by schools, colleges, universities and research laboratories. Product identity, pack size, chemical form and the stated reagent grade should be reviewed against the requirements of the planned experiment. This helps purchasing teams distinguish closely related nickel salts and choose appropriate materials for teaching, analytical work or materials research. Use any available technical and safety information to confirm compatibility before ordering or beginning an experimental procedure.

Frequently Asked Questions About Nickel Oxalate

What is nickel oxalate used for in laboratories?

It is studied in metal oxalate precipitation, including metal-ligand precipitation demonstrations. Some laboratories also investigate preparation of nickel-containing solids in materials studies. The suitable application depends on the exact compound, hydration state, reagent quality, equipment and established safety procedure.

What molecular formula and CAS number apply to nickel oxalate?

The formula entry is NiC2O4·2H2O (common dihydrate; form unconfirmed); the CAS information is 6018-94-6 (dihydrate). These details must not be transferred automatically between anhydrous, hydrated or basic forms. Confirm the actual supplied material before using the information in quantitative experiments.

What is a notable chemical property of nickel oxalate?

The oxalate ligand and limited aqueous solubility make it a useful case study in precipitation and precursor chemistry. This property is relevant to metal oxalate precipitation. Its practical significance depends on the specific material and the conditions of the laboratory method. Avoid extrapolating properties from a related nickel salt without checking the chemical identity.

Why is nickel oxalate useful for precipitation experiments?

Oxalate ions form relatively insoluble salts with several metal ions, including nickel(II). This can illustrate precipitation equilibria and ligand chemistry. The exact hydrate and handling requirements must be verified before quantitative or thermal experiments.

How should nickel oxalate be handled in an institutional laboratory?

Use a current product-specific SDS, appropriate gloves, eye protection and containment that minimizes dust or aerosol exposure. Avoid skin contact and inhalation, maintain suitable ventilation, and collect nickel-containing waste separately for approved hazardous-waste disposal. Educational work requires competent supervision.

Storage Conditions for Nickel Oxalate

Store nickel oxalate in a securely closed, clearly labelled, chemically compatible container in a dry, controlled laboratory storage area. Protect it from moisture or other conditions that could alter the intended chemical form. Segregate from incompatible substances according to the specific SDS; use particular care with oxidizers, reducing agents and reactive materials where relevant. Restrict access to trained personnel.

Precautions for Handling Nickel Oxalate

Review the current SDS for nickel oxalate before handling. Wear suitable chemical-resistant gloves, protective clothing and eye protection; use local exhaust ventilation or a fume hood where dust or aerosols could arise. Prevent skin and eye contact, inhalation and environmental release. Never mix it with incompatible reagents without an approved procedure. Manage spills, exposure incidents and nickel-containing waste using institutional hazardous-chemical procedures and trained supervision.