High-Purity Foam Iron Porous Metal for Battery Electrodes, Filtration & Electrochemical Experiments (100x100x20mm) - Ideal for Lab Research, Energy Storage & Industrial Applications
High-Purity Foam Iron Porous Metal for Battery Electrodes, Filtration & Electrochemical Experiments (100x100x20mm) - Ideal for Lab Research, Energy Storage & Industrial ApplicationsHigh-Purity Foam Iron Porous Metal for Battery Electrodes, Filtration & Electrochemical Experiments (100x100x20mm) - Ideal for Lab Research, Energy Storage & Industrial ApplicationsHigh-Purity Foam Iron Porous Metal for Battery Electrodes, Filtration & Electrochemical Experiments (100x100x20mm) - Ideal for Lab Research, Energy Storage & Industrial ApplicationsHigh-Purity Foam Iron Porous Metal for Battery Electrodes, Filtration & Electrochemical Experiments (100x100x20mm) - Ideal for Lab Research, Energy Storage & Industrial Applications

High-Purity Foam Iron Porous Metal for Battery Electrodes, Filtration & Electrochemical Experiments (100x100x20mm) - Ideal for Lab Research, Energy Storage & Industrial Applications

$38.49 $69.99 -45%

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Product Description

Aperture: 95PPI (0.2-10mm); Porosity: 60-98%; Through-hole rate: ≥ 98; Volume density: > 0.1g/cm3 Tensile strength: 8-50MPa; Compressive strength: ≥ 250KPa (compressed to 50% of the pressure value); Mechanical strength: 2-7MPa; High temperature: > 300 ℃; Heat transfer coefficient: > 3w/(m2k) Application: As the electrode material of alkaline rechargeable battery, it is the most promising electrode material for battery manufacturers to replace foam nickel and reduce production costs.

Product Features

Aperture 95PPI (0.2-10mm); Porosity 60-98%; Through-hole rate ≥ 98; Volume density > 0.1g/cm3

Tensile strength 8-50MPa; Compressive strength ≥ 250KPa (compressed to 50% of the pressure value); Mechanical strength 2-7MPa; High temperature > 300 ℃; Heat transfer coefficient > 3w/(m2k)

Application As the electrode material of alkaline rechargeable battery, it is the most promising electrode material for battery manufacturers to replace foam nickel and reduce production costs.

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