Cell Lab 99.9% Zinc Metal Foil [1400 × 100 mm × 25 μm, per roll]

Cell Lab 99.9% Zinc Metal Foil [1400 × 100 mm × 25 μm, per roll]

High-purity zinc foil for zinc-ion batteries, film deposition and catalytic research

The Cell Lab 99.9% Zinc Metal Foil is a high-purity metallic substrate designed for advanced energy-storage and electrochemical applications. With exceptional conductivity, corrosion resistance and flexibility, it serves as an ideal anode material or reference electrode in aqueous zinc-ion batteries. It also performs effectively as a conductive substrate for lithium-ion batteries, supercapacitors, solar cells and thin-film deposition systems.

Supplied in standard rolls measuring 1400 × 100 mm with a 25 μm thickness, this foil can be customised to meet specific laboratory or industrial requirements. Its chemical stability and reproducibility make it widely cited in academic and industrial research for battery innovation, catalytic design and advanced material synthesis.

Key Features

• High Purity (≥99.9%) – Ensures consistent electrochemical behaviour and stable electrode performance.

• Versatile Applications – Suitable for zinc-ion batteries, reference electrodes, supercapacitors and catalysis.

• Excellent Conductivity – Supports efficient charge transfer in energy-storage and deposition processes.

• Flexible and Durable – Mechanically stable for roll-to-roll, coating and thermal processing setups.

• Customisable Dimensions – Available in various lengths and thicknesses for research and pilot-scale production.

Applications & Industries

• Aqueous zinc-ion and rechargeable battery anodes

• Lithium-ion and sodium-ion current collectors

• Thin-film and catalytic substrate for deposition studies

• Solar cells and energy-harvesting materials

• Advanced materials and electrochemical R&D laboratories

FAQ

Q1: What purity level is the zinc foil?
A1: The foil is refined to ≥99.9% purity, ensuring uniform electrochemical response and minimal impurity interference.

Q2: Can it be used in aqueous and non-aqueous electrolyte systems?
A2: Yes, the foil is compatible with both types, offering high corrosion resistance and stable conductivity.

Q3: Is custom cutting or sizing available?
A3: Yes. Custom dimensions and thicknesses can be supplied upon request for specific research setups.

Q4: How should the foil be handled to prevent oxidation?
A4: Store in a dry, inert or vacuum-sealed environment; handle with gloves to avoid surface contamination.

Q5: Can it be used as a current collector for lithium-ion batteries?
A5: Yes, it functions effectively as a current collector or experimental substrate for lithium-based systems.

Reference Applications

This zinc foil has been cited in multiple peer-reviewed studies, including:

• J. Power Sources (2015, 300, 453–459) – Zinc foil as a current collector in LiMn₂O₄-based systems.

• Nanoscale (2013, 5, 1894–1901) – ZnO nanostructures grown on zinc foil for solar cells.

• ChemSusChem (2015, 8, 481–485) – Zn foil as anode in aqueous zinc-ion batteries.

• Angew. Chem. Int. Ed. (2020, 59, 14577) – Zinc–organic batteries operating from −70 °C to 150 °C.

• Adv. Mater. (2018, 30, 1803181) – Layered zinc orthovanadate cathodes with Zn foil base.