Porous Nickel

0.4mm Thick Porous Nickel Felt AEM Electrolytic Cell Gas Diffusion Layer GDL The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Characteristic: 1. Both pore size and porosity can be controlled; 2. Gradient pore structure 3. Large specific surface area; 4. Excellent water and gas transmission performance; 5. Excellent electrical and thermal

0.25mm Thick Porous Nickel Felt AEM Electrolytic Cell Gas Diffusion Layer GDL The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Characteristic: 1. Both pore size and porosity can be controlled; 2. Gradient pore structure 3. Large specific surface area; 4. Excellent water and gas transmission performance; 5. Excellent electrical and thermal

0.4mm Thick Porous Nickel Felt AEM Electrolytic Cell Gas Diffusion Layer The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Characteristic: 1. Both pore size and porosity can be controlled; 2. Gradient pore structure 3. Large specific surface area; 4. Excellent water and gas transmission performance; 5. Excellent electrical and thermal conductivity;

0.4mm Thick Porous Nickel Felt AEM Hydrolyzed Pure Nickel Sintered Felt The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Characteristic: 1. Both pore size and porosity can be controlled; 2. Gradient pore structure 3. Large specific surface area; 4. Excellent water and gas transmission performance; Specification parameters Parameter Unit Nickel

Good Flexibility, High Porosity Nickel Powder Felt, 0.25mm Porous Nickel Sintered Felt The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Characteristic: 1. Both pore size and porosity can be controlled; 2. Gradient pore structure 3. Large specific surface area; 4. Excellent water and gas transmission performance; 5. Excellent electrical and thermal

High Temperature Sintering And Laser Cutting Of Porous Nickel Felt The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Characteristic: 1. Both pore size and porosity can be controlled; 2. Gradient pore structure 3. Large specific surface area; 4. Excellent water and gas transmission performance; 5. Excellent electrical and thermal conductivity; 6.

High Temperature Sintering And Laser Cutting Of Porous Nickel Felt The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Characteristic: 1. Both pore size and porosity can be controlled; 2. Gradient pore structure Specification parameters Parameter Unit Nickel Powder Felt (NPF) Material / Pure nickel Production process / High temperature sintering

Flexible And Porous Nickel Felt, Pure Nickel Sintered Felt Can Be Customized The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Characteristic: 1. Both pore size and porosity can be controlled; 2. Gradient pore structure 3. Large specific surface area; 4. Excellent water and gas transmission performance; 5. Excellent electrical and thermal

AEM hydrogen production porous nickel gas diffusion layer The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai.The main process of its preparation is: Characteristic:1. Both pore size and porosity can be controlled;2. Gradient pore structure3. Large specific surface area;4. Excellent water and gas transmission performance;5. Excellent electrical and thermal conductivity;6. High temperature