Sintered Nickel Electrode Sheet for Alkaline Batteries and Electrolyzers, 150mm × 158mm × 0.76mm
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Sintered Nickel Electrode Sheet for Alkaline Batteries and Electrolyzers, 150 mm × 158 mm × 0.76 mm
The Sintered Nickel Electrode Sheet is a porous, high-surface-area nickel electrode designed for alkaline batteries, electrolyzers, and electrochemical research applications. Made from carbonyl nickel powder and impregnated with Ni(OH)₂, this electrode provides a robust and conductive matrix for active materials.
With its high power capability, low internal resistance, and long useful cycle life, this sintered nickel electrode is suitable for use as a positive electrode in rechargeable alkaline battery systems, including Ni-Cd, Ni-MH, and Ni-H₂ batteries. It can also serve as an excellent catalyst support for electrolyzer development and other electrochemical cell research.
Key Features
- Porous, high-surface-area sintered nickel structure
- Made from carbonyl nickel powder and impregnated with Ni(OH)₂
- Designed for alkaline battery and electrolyzer applications
- Provides a robust and conductive matrix for active materials
- Supports high power capability and low internal resistance
- Suitable for long cycle-life rechargeable alkaline battery systems
- Can be used as a catalyst support for electrochemical cell development
Applications
- Alkaline electrolyzers
- Positive electrode in rechargeable alkaline batteries, including Ni-MH, Ni-H₂, and Ni-Cd batteries
- Mediated electrochemical oxidation reactions for organic compounds
- Biomass lignin oxidation
- Alcohol-to-aldehyde conversion
- Ammonia oxidation in wastewater treatment
- Selective electrochemical oxidation studies
- Catalyst support for electrolyzer and electrochemical cell development
Specifications
| Product Type | Sintered Nickel Electrode Sheet |
| Material | Carbonyl Nickel Powder Impregnated with Ni(OH)₂ |
| Dimension | 150 mm × 158 mm |
| Thickness | 0.76 mm |
| Capacity | 4 Ah with initial electrochemical formation |
| Formation Condition | C/30 rate for three cycles in 30% KOH with inert nickel sponge as counter electrodes |
Notes
The electrode is designed for research and development use in alkaline electrochemical systems. For battery applications, proper electrochemical formation is required to achieve the specified capacity.