Nickel Acetate – 500 gram Packs

Nickel Acetate is an inorganic coordination salt of nickel(II) and acetate anions. Nickel acetate is commonly sold as a green tetrahydrate, but the catalog name alone does not establish its hydration state. Its dissolved Ni(II) species are useful for controlled studies of transition-metal coordination, solution chemistry and instrumental analysis. This product is listed for laboratory procurement in the pack size shown in its product name; pack size does not alter chemical identity. In educational and institutional settings, this material can support selected experiments, analytical method development or teaching exercises when matched to the procedure and suitable laboratory facilities. Correct reagent identification, applicable safety information and an appropriate method are essential before use. Physical presentation and grade alone do not establish fitness for all analytical or biological methods. Where the product name omits a hydrate form or formulation detail, verify that identity before calculating reagent masses or preparing quantitative solutions. All work should follow institutionally approved laboratory procedures and the specific product safety data sheet.

Product Specifications

Key Features of Nickel Acetate

• Contains divalent nickel ions with acetate counterions.
• Common commercial hydrates form green crystals.
• Exhibits characteristic nickel(II) coordination chemistry.
• Can serve as a nickel source in supervised solution chemistry.
• Requires identity confirmation before mass-based reagent preparation.

Laboratory Applications of Nickel Acetate

• Academic studies of nickel(II) coordination complexes.
• Controlled demonstration of transition-metal ion reactions.
• Preparation of nickel-containing research solutions once hydrate form is verified.
• Analytical method development for nickel determination.
• Investigation of metal-ion precipitation and complexation equilibria.

Why Choose Lab Wale to Buy Nickel Acetate

Lab Wale lists Nickel Acetate for institutional buyers sourcing laboratory chemicals and scientific supplies for teaching, research and analytical work. Clearly identifying the chemical and intended use helps laboratories select appropriate reagents and manage procurement documentation. Review the stated LR Laboratory Reagent grade together with the exact product identity, especially where hydrate or formulation details are not specified. Consult available product-specific safety and technical information, and confirm that the selected material meets the requirements of your laboratory method before purchasing.

Frequently Asked Questions About Nickel Acetate

What is Nickel Acetate used for in laboratories?

Nickel Acetate is used in selected institutional laboratory settings. Examples include academic studies of nickel(ii) coordination complexes. and controlled demonstration of transition-metal ion reactions. Procedures must be matched to the chemical form, equipment and safety restrictions. It should not be assumed suitable for unrestricted educational use.

What are the formula and CAS number of Nickel Acetate?

The molecular formula is Not confirmed; anhydrous Ni(C2H3O2)2 and hydrate forms differ, and the CAS number is Not confirmed without hydrate identification. Some commercial products may have different hydrate forms or formulations. Confirm the manufacturer identification before making quantitative solutions or entering a substance into an institutional chemical inventory.

What key laboratory properties does Nickel Acetate have?

Nickel acetate is commonly sold as a green tetrahydrate, but the catalog name alone does not establish its hydration state. Its dissolved Ni(II) species are useful for controlled studies of transition-metal coordination, solution chemistry and instrumental analysis. These characteristics can inform experimental planning but do not replace method-specific validation or evaluation of reagent grade and safety.

Is Nickel Acetate appropriate for school and research laboratory work?

Use depends on the application, chemical hazards and available engineering controls. Some studies are suitable for supervised educational settings, whereas hazardous mercury or nickel substances require specialist facilities and authorized personnel. Always review the SDS and institutional safety permissions before work.

How should Nickel Acetate be stored and handled?

Store sealed and dry in a labelled, compatible container away from excess heat and strong oxidizers. Restrict access to trained users and protect against environmental release. Store in accordance with the specific nickel acetate hydrate SDS; maintain separation from incompatible reagents and keep dust contained. Follow the manufacturer SDS for protective equipment, spill response, incompatible chemicals and waste-disposal requirements.

Storage Conditions for Nickel Acetate

Store sealed and dry in a labelled, compatible container away from excess heat and strong oxidizers. Restrict access to trained users and protect against environmental release. Store in accordance with the specific nickel acetate hydrate SDS; maintain separation from incompatible reagents and keep dust contained.

Precautions for Handling Nickel Acetate

Nickel salts can cause sensitization and present significant chronic health and environmental hazards. Review the precise product SDS, wear suitable gloves, safety glasses and laboratory clothing, and prevent dust inhalation or skin contact. Use effective ventilation when weighing. Avoid release to drains and segregate nickel-containing solid or liquid residues for authorized hazardous-waste disposal.