Nickel Monoxide Powder (Pure Grade) — Apex Labs
Advance your research and industrial manufacturing with high-purity Apex Labs Nickel Monoxide Powder. Supplied as a fine powder ranging in color from green to dark green and black, this premium-grade chemical contains 76–77% nickel content. It is specifically formulated to meet rigorous standards for advanced material synthesis, pigment formulation, solid oxide fuel cell research, and high-temperature ceramic fabrication.
*Image for illustration purposes only. Actual color and packaging may vary based on manufacturing batches.
Bulk Procurement & GeM Supply Lines: Apex Labs supplies professional laboratory chemicals supported by official GST-compliant invoices for seamless Input Tax Credit (ITC) tracking. We cater to research institutions, materials science labs, ceramic manufacturers, and industrial processing units via direct supply or official tender fulfillment through the Government e-Marketplace (GeM) portal.
Technical Specifications
- Brand & Supplier: Apex Labs, Varanasi, UP (Made in India)
- Product Name: Nickel Monoxide (NiO)
- Purity Grade: Pure Grade
- Appearance & Color: Green to dark green to black
- Physical Form: Fine powder
- Nickel (Ni) Content: 76 – 77%
Key Features
- High Nickel Assay: Consistent 76–77% nickel content ensures reliable stoichiometry in chemical reactions and material formulations.
- Fine Powder Morphology: Uniform particle size distribution facilitates smooth mixing, sintering, and dispersion.
- Quality Assured: Manufactured under strict laboratory standards to minimize trace impurities and optimize performance.
Applications
- Advanced Material Synthesis: Essential precursor for creating specialty nickel-based compounds and catalytic materials.
- Fuel Cell Research: Used in the development and fabrication of anode components for solid oxide fuel cells (SOFCs).
- Pigment & Glass Formulations: Deployed as a coloring agent in ceramic glazes, glass, and specialized enamels.
- High-Temperature Ceramics: Ideal for manufacturing thermally stable ceramic matrices and electronic components.



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