0.4mm thick drawn nickel fiber sintered felt has the characteristics of a larger specific surface area, higher tensile strength, and better flexibility, which is suitable for making large-capacity and high-current nickel-hydrogen batteries.

The drawing process can produce uniform, smooth, and fine fibers, which are suitable for making filaments and fine fiber products, and nickel fiber felt usually needs to have a certain fineness and uniformity.

Products Specifications

Material: N6(Ni 200)

Thickness: 0.25mm,0.4mm,0.6mm,0.8mm,1.0mm

Size: 100x100mm,200x200mm,300x300mm,400x400mm and others can be customized

Porosity: 60-80%

Tensile strength /MPa: 5-8

Products Features

High Specific Surface Area: The 0.4mm thick drawn nickel fiber sintered felt boasts a high specific surface area, facilitating electrochemical reactions and increasing reaction interfaces to enhance battery performance.

Excellent Tensile Strength: This felt exhibits high tensile strength and is capable of withstanding stress under high currents to ensure stable battery operation.

Good Flexibility: With excellent flexibility, it can adapt to deformations and vibrations within battery components, thereby extending the battery's lifespan.

Uniform Fine Fiber Structure: The nickel fiber sintered felt manufactured through the drawing process possesses a uniform and fine fiber structure, facilitating electron and ion transport within the battery.

applications

Anode Material in AEM Electrolysis: Nickel fiber felt can serve as an anode material in AEM electrolysis, leveraging its high specific surface area, excellent tensile strength, and uniform fine fiber structure to provide a stable electrode reaction interface during electrolysis.

Battery Electrolyte Filtration: This felt can be utilized for filtering battery electrolytes, effectively removing impurities and enhancing electrolyte purity for improved reaction stability.

Battery Separator Support Material: The nickel fiber felt can function as a support material for battery separators, enhancing the mechanical stability of separators and facilitating electrolyte flow and distribution.

Electrochemical Sensor Applications: In electrochemical sensors, this felt can serve as an electrode material, enhancing sensor sensitivity and stability for detecting various ions and molecules.