AEM Gas Diffusion Layer
Electrolytic Cell Nickel Felt AEM Alkaline Electrolysis Hydrogen Production Metal Felt
AEM Alkaline Electrolysis Hydrogen Production Electrolytic Cell 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: Specification parameter table Parameter Unit Nickel Powder Felt (NPF) Material / Pure nickel Production process / High temperature sintering Thickness mm 0.15-2.0 Thickness Tolerance μm ≤30 Surface density g/cm³ 1.2-4.0
Nickel AEM Gas Diffusion Layer Material High Temp Sintered Felt 40-50% High Porosity
AEM Nickel Powder Felt Diffusion Layer With A High Porosity Of 40-50% The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Specification parameter table Parameter Unit Nickel Powder Felt (NPF) Material / Pure nickel Production process / High temperature sintering Thickness mm 0.15-2.0 Thickness Tolerance μm ≤30 Surface density g/cm³ 1.2-4.0 Surface
AEM Pure Nickel Felt Porous High Temperature Sintered Metal Fiber Felt
AEM Nickel Powder Felt Diffusion Layer Large Specific Surface Area 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: Specification parameter table Parameter Unit Nickel Powder Felt (NPF) Material / Pure nickel Production process / High temperature sintering Thickness mm 0.15-2.0 Thickness Tolerance μm ≤30 Surface density g/cm³ 1
AEM Nickel Felt 0.4mm Gas Diffusion Layer Material Porous Metal Fiber Felt
AEM Nickel Powder Felt Diffusion Layer 0.4mm 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: Specification parameter table Parameter Unit Nickel Powder Felt (NPF) Material / Pure nickel Production process / High temperature sintering Thickness mm 0.15-2.0 Thickness Tolerance μm ≤30 Surface density g/cm³ 1.2-4.0 Average pore
Nickel Sintered Fiber Felt 0.2mm Porous Fuel Cell Gas Diffusion Layer
Nickel Sintered Felt 0.2mm Porous Nickel Powder Felt For Fuel Cells The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Specification parameter table Parameter Unit Nickel Powder Felt (NPF) Material / Pure nickel Production process / High temperature sintering Thickness mm 0.15-2.0 Thickness Tolerance μm ≤30 Surface density g/cm³ 1.2-4.0 Average pore
AEM Nickel Powder Felt Diffusion Layer Porous Nickel Felt Large Specific Surface Area
AEM Nickel Powder Felt Diffusion Layer Large Specific Surface Area 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: Specification parameter table Parameter Unit Nickel Powder Felt (NPF) Material / Pure nickel Production process / High temperature sintering Thickness mm 0.15-2.0 Thickness Tolerance μm ≤30 Surface density g/cm³ 1
Square Circular Porous Nickel Paper Felt 0.2mm-1.0mm Fuel Cell Nickel Felt
Square Circular Porous Nickel Felt 0.2-1.0mm For Fuel Cells The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Specification parameter table Parameter Unit Nickel Powder Felt (NPF) Material / Pure nickel Production process / High temperature sintering Thickness mm 0.15-2.0 Thickness Tolerance μm ≤30 Surface density g/cm³ 1.2-4.0 Surface roughness μm
Shape Size Customized Nickel Powder Felt AEM Gas Diffusion Layer Material
Shape Can Be Customized, Size Can Be Customized, Nickel Powder Felt AEM Hydrogen Production The core material for AEM hydrogen production with completely independent intellectual property rights independently developed by Borsemai. The main process of its preparation is: Specification parameter table Parameter Unit Nickel Powder Felt (NPF) Material / Pure nickel Production process / High temperature sintering Thickness mm 0.15-2.0 Thickness Tolerance μm ≤30 Surface density g
Nickel Based Metal Fiber Felt Flexible Gradient Gas Diffusion Powder Felt
Nickel Based Flexible Gradient Gas Diffusion Powder 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