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Disodium copper

Updated: 2026-07-21

Overview

Sodium cuprate (Na2CuO2) is an inorganic compound primarily utilized in niche industrial and research applications. It is classified as a mixed oxide of sodium and copper, exhibiting unique redox properties. Though not as widely used as other copper compounds, it serves specialized roles in catalysis and advanced material synthesis. The compound is typically synthesized through solid-state reactions at high temperatures. Due to its reactivity with water and acids, it requires careful handling under controlled conditions. Industrial demand is limited but steady, particularly in sectors exploring novel catalytic systems.

Physical and Chemical Properties

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Sodium cuprate presents as a blue-green crystalline solid, often hygroscopic. It decomposes upon contact with water, releasing sodium hydroxide and copper oxides. The compound acts as a strong oxidizing agent, reacting vigorously with reducing substances. Its solubility profile is complex—while it dissolves in water, this leads to decomposition rather than forming a stable solution. Thermal stability is moderate, but precise melting/boiling points are not well-documented in standard literature. The material’s reactivity makes it unsuitable for general-purpose applications without stringent environmental controls.

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Main Applications

The primary use of sodium cuprate lies in experimental catalysis, particularly for oxidation reactions in organic synthesis. Some ceramic manufacturers employ it as a precursor for blue-green pigments, leveraging its copper content. In materials science, it serves as a model compound for studying mixed-metal oxide structures. Research institutions occasionally utilize it in battery technology experiments, though commercial adoption remains limited. Its niche applications often require custom synthesis batches rather than bulk production.

Safety and Storage

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As a corrosive and moisture-sensitive material, sodium cuprate demands strict safety protocols. Personal protective equipment (PPE) including gloves and goggles is mandatory during handling. Storage requires airtight containers under inert gas or desiccated environments to prevent degradation. Spills should be neutralized with dry sand or vermiculite—never water. The compound may release toxic copper fumes if heated excessively. Facilities must maintain proper ventilation and have acid-neutralizing agents available for emergency response.

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B2B Procurement Guide

When procuring sodium cuprate, prioritize suppliers specializing in rare inorganic compounds. Request certificates of analysis (CoA) to verify purity, which typically ranges from 95–99% for technical-grade material. Small-quantity purchases (1–10 kg) are common due to limited demand. Logistics planning is critical—ensure shipments use moisture-proof packaging with desiccants. Some suppliers may offer custom synthesis services for research-grade quantities. Pricing fluctuates based on copper market trends and synthesis complexity, so obtain recent quotations before ordering.

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