NiAl LDH

Characteristics

• Crystalline lattice enriched with metallic centres
• Tunable anion intercalation
• Chemical stability in alkaline media and organic solvents
• Available in slurry and/or powder form

Properties

• Redox-active framework with rapid and reversible electron transfer kinetics
• Enhanced electrical conductivity (electron mobility within the hydroxide interlayer)
• Porous architecture (maximum electrolyte accessibility)
• Morphological stability
• Visible light absorption

Key benefits

• Superior energy storage (premier material for high-power supercapacitors)
• Fast charging kinetics (rapid charge and discharge rates without significant efficiency loss )
• Electrocatalytic efficiency
• Chemical sensing (e.g. biosensors to detect trace amounts of glucose, ethanol, or cholesterol)
• High cyclic stability for long service life of energy devices

Target industries

• Renewable energy storage systems 
• Green hydrogen production
• Advanced photocatalysis
• Biotechnology and medical diagnostics
• Others

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