Products

Cell Lab Porous Aluminium Foam Sheet [300 × 200 × 10 mm] – Lightweight, High-Strength 3D Substrate for Battery, Sensor & Catalysis Research Open-cell aluminium foam with exceptional thermal conductivity and mechanical stability for advanced energy and sensor applications The Cell Lab Porous Aluminium...

Cell Lab Porous Carbon Foam [300 × 200 × 0.5 mm, for Catalysis & Energy Applications] – High-Conductivity Carbon Substrate for Electrochemical Research Lightweight, high-porosity conductive foam for catalysis, battery and thermal management applications The Cell Lab Porous Carbon Foam is a lightweight, electrically...

Cell Lab Porous Cobalt Foam [100 × 100 × 1 mm, for Catalysis & Electrochemical Research] – High-Porosity 3D Metal Substrate for OER, Batteries & Supercapacitors High-surface-area cobalt foam for advanced catalytic and electrochemical applications The Cell Lab Porous Cobalt Foam is a high-purity,...

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 Copper Foam Sheet [300 × 200 × 0.2 mm, 99.99% Purity, 100 PPI] – Ultra-Conductive 3D Substrate for Battery, Supercapacitor & Catalysis Research High-purity porous copper substrate for advanced electrochemical and thermal management applications The Cell Lab Porous Copper Foam Sheet...

Cell Lab Porous Graphene Foam [50 × 50 × 1.2 mm, for Sensors & Energy Devices] – CVD-Fabricated 3D Conductive Carbon Framework Ultra-light graphene foam substrate for batteries, supercapacitors and advanced sensor applications The Cell Lab Porous Graphene Foam is an ultra-lightweight, three-dimensional carbon...

Cell Lab Porous Iron Foam [300 × 200 × 3 mm, for Catalysis & Electrochemistry] – High-Porosity Iron Substrate for Energy and Catalytic Research Lightweight, durable, and cost-effective porous iron foam for catalysis, water splitting, and battery electrode development The Cell Lab Porous Iron...

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 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 Porous Pressing Die Sets [50 mm – 120 mm] Stainless steel porous dies for high-surface-area pellet preparation in catalysis, energy storage, and materials research General Description Cell Lab Porous Pressing Die Sets are precision-engineered tools for producing porous pellets and compacts from...