Current Collectors

Cell Lab Porous Copper Foam [High Conductivity Substrate for Battery & Thermal Applications] – Battery-Grade Conductive Copper Foam for Energy and Heat Management Exceptional conductivity and high porosity for advanced energy storage, catalysis, and thermal systems The Cell Lab Porous Copper Foam is a...

Cell Lab Porous Nickel Foam [High Porosity, Electrode-Ready Substrate] – 3D Conductive Nickel Matrix for Batteries and Catalysis Lightweight, highly conductive nickel foam for advanced electrochemical and catalytic systems The Cell Lab Porous Nickel Foam is a high-performance, three-dimensional metal substrate engineered for battery,...

Cell Lab Porous Aluminium Foam [100 × 100 × 4 mm, for Battery & Thermal Applications] – Lightweight High-Porosity Metal Substrate for Energy Research Rigid, conductive, and thermally stable aluminium foam for battery, catalysis, and heat-management studies The Cell Lab Porous Aluminium Foam is...

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 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 Conductive Carbon Paper [Flexible Substrate for Electrochemical Applications] – Graphite-Based Substrate for Batteries and Fuel Cells High-performance conductive paper for energy storage, catalysis, and flexible electronics The Cell Lab Conductive Carbon Paper is a lightweight, flexible, and high-conductivity graphite substrate engineered for...

Cell Lab Conductive Carbon Paper [200 × 200 × 0.19 mm, for Energy & Electrochemical Research] – Flexible Graphite Substrate for Battery, Fuel Cell & Supercapacitor Applications High-conductivity graphite-based substrate for advanced electrochemical and thermal energy research The Cell Lab Conductive Carbon Paper is...

Cell Lab Conductive Carbon Cloth [High Conductivity & Flexible Substrate] – Flexible Carbon Fabric for Energy and Electrochemical Applications Advanced carbon cloth for batteries, fuel cells, supercapacitors and flexible electronic devices The Cell Lab Conductive Carbon Cloth is a high-performance conductive textile engineered for...

Cell Lab Conductive Carbon Cloth Electrode [100 × 100 mm, 0.33 mm Thickness] – Flexible Carbon Fabric for Battery, Fuel Cell & Supercapacitor Research High-conductivity and flexible carbon substrate for advanced electrochemical and energy research The Cell Lab Conductive Carbon Cloth Electrode is a...

Cell Lab Porous Titanium Foam [High-Purity Substrate for Battery and R&D Applications] – Corrosion-Resistant Titanium Electrode Support for Advanced Energy Research Lightweight, high-strength, and corrosion-resistant titanium foam for electrochemical and catalytic systems The Cell Lab Porous Titanium Foam is a high-purity (≥99.99%) titanium substrate...