1mm Nickel Expanded Mesh represents a specialized functional material engineered for high-performance battery systems. Its distinctive diamond-shaped apertures form a uniform and rigid three-dimensional network, achieving an optimal balance of electrical conductivity, mechanical strength, and controlled porosity.

Designed to harmonize structural robustness with minimal weight, this continuous mesh configuration delivers a robust substrate for active material integration. It facilitates efficient current collection and distribution while accommodating volume fluctuations during cycling, thereby significantly reinforcing electrode durability and overall cell performance.

Products Specifications

Material: Pure Nickel

Dimensions: 554*274 mm

Thickness: 1 mm

Hole Size: 3x6 mm

Mesh Type: Expanded Mesh

Products Features

Integrated Current Collection Matrix: Continuous metallic framework creates omnidirectional pathways for efficient charge movement throughout the electrode structure.

Active Material Integration: Interlocking mesh configuration securely retains electrode components during extended cycling.

Stress Dispersion Architecture: Flexible network design accommodates repetitive expansion and contraction without structural compromise.

Enhanced Ionic Accessibility: Engineered void distribution enables complete electrolyte penetration and rapid ion transport.

Electrochemical Stability: Corrosion-resistant nickel construction maintains consistent performance under demanding operating conditions.

Weight-Efficient Design: Optimized material distribution provides essential structural support while maximizing energy density potential.

applications

Efficient Current Collection
The nickel expanded mesh acts as a current collector for both electrodes, ensuring even current distribution, reduced resistance, and higher energy output.

Stable Carrier for Active Materials
Its diamond-shaped mesh provides strong adhesion for active substances, supporting uniform coating and preventing material loss during cycling.

Optimized Electrochemical Interface
The open-pore design allows full electrolyte penetration, promoting fast ion transport and smooth charge–discharge reactions.

Improved Cycling Durability
The flexible mesh structure absorbs internal stress from volume changes, greatly extending battery service life.

Compatible with Multiple Battery Systems
Widely used in Ni–MH, lithium-ion, fuel cell, and supercapacitor systems, it ensures excellent conductivity and structural support.