Current Collectors

Cell Lab Nickel Metal Foil [High Purity, Excellent Conductivity] – Conductive Substrate for Battery, Catalysis, and CVD Applications High-purity nickel foil engineered for advanced energy storage and materials research The Cell Lab Nickel Metal Foil is a precision-rolled ≥99.9% pure nickel substrate offering excellent...

Cell Lab Porous Nickel Foam [300 × 200 mm, 1.6 mm Thickness, 97% Porosity] – High-Performance Conductive Substrate for Battery & Catalytic Research High-surface-area nickel foam for advanced energy storage, water splitting, and electrochemical R&D The Cell Lab Porous Nickel Foam is a battery-grade,...

Cell Lab Copper Foil [High Purity, Optimised Coating Performance] – Battery-Grade Foil for Li-ion Anode Fabrication High-conductivity copper current collector for lithium-ion battery research and pilot production The Cell Lab Copper Foil is a high-purity, precision-engineered current collector designed for lithium-ion battery anode coating...

Cell Lab Aluminium Foil Roll [12 μm, 300 mm Width, 5 kg] – High-Purity Battery Grade Foil for Li-ion Cathodes & Electrode Coating High-conductivity and oxidation-resistant current collector for battery R&D and pilot-scale production The Cell Lab Aluminium Foil Roll is a high-purity, battery-grade...

Cell Lab Zinc Metal Foil [99.9%, 1400 × 100 × 0.1 mm, for Zn-Ion Batteries & Catalysis] – High-Purity Foil for Electrochemical and Energy Applications Battery-grade zinc foil for Zn-ion anodes, thin-film deposition, and catalytic research The Cell Lab Zinc Metal Foil is a...

Cell Lab Porous 316 Stainless Steel Foam Sheet [250 × 250 × 1 mm] – Durable Conductive Substrate for Catalysis & Electrochemical Research High-strength and corrosion-resistant porous stainless steel for fuel cell, electrolysis, and catalytic applications The Cell Lab Porous 316 Stainless Steel Foam...

Cell Lab Conductive Carbon Coated Copper Foil [260 mm Width, 11 µm Thickness, Single Side, 2 kg Roll] – Advanced Current Collector for Lithium-Ion Battery R&D Single-side carbon coated copper foil with enhanced conductivity, adhesion, and corrosion resistance for high-performance battery applications The Cell...

Cell Lab Nickel Mesh [Nickel Mesh Electrode | Current Collector | Catalyst Support 100 × 100 × 0.05 mm, 100 Mesh] High-conductivity nickel mesh for electrochemical research, catalyst support, and battery electrode applications The Cell Lab Nickel Mesh is engineered for advanced energy and...

Cell Lab PET Composite Copper Foil [Cu/PET/Cu, 280 mm Width, 6.5 µm Thickness, 50 m/roll] Lightweight, flexible copper composite for next-generation current collectors The Cell Lab PET Composite Copper Foil (Cu/PET/Cu) is an advanced multilayer conductor combining the superior electrical and thermal properties of...

Cell Lab LCP Composite Aluminium Foil [280 mm Width, 14 µm Thickness, 50 m/roll] High-performance composite current collector for safer and lighter lithium-ion batteries The Cell Lab LCP Composite Aluminium Foil is a next-generation current collector designed to enhance safety, reduce weight and improve...

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...

Cell Lab Double-Sided Carbon-Coated Aluminium Foil [For Cathode Current Collector Applications] High-conductivity aluminium current collector with dual carbon coating for advanced battery systems The Cell Lab Double-Sided Carbon-Coated Aluminium Foil is an advanced current collector engineered for use in lithium-ion batteries, supercapacitors and high-energy-density...

Cell Lab Double-Sided Carbon-Coated Copper Foil [For Battery Cathode Applications] High-conductivity copper current collector with dual carbon coating for advanced battery systems The Cell Lab Double-Sided Carbon-Coated Copper Foil is a precision-engineered current collector designed for high-performance lithium-ion batteries, supercapacitors and next-generation energy-storage systems....