Hebei Ruiyun Wire Mesh Technology Co., Ltd.
- lilychen@raywiremesh.com
- +86 183 3088 8838
- +86 139 3181 3092
Hebei Ruiyun Wire Mesh Technology Co., Ltd.
Nickel Foam is a high-porosity metal material with excellent electrical conductivity, corrosion resistance, and lightweight properties. It is widely used in battery electrodes, catalyst carriers, filtration systems, electromagnetic shielding, and hydrogen production. We provide nickel foam in various pore sizes and thicknesses to meet diverse industrial requirements.
Key Features:
✅ High Porosity – Uniform structure with excellent permeability
✅ Superior Electrical Conductivity – Ideal for batteries, supercapacitors, and hydrogen electrolysis
✅ Corrosion Resistance – Suitable for harsh environments, enhancing material stability
✅ Lightweight & Durable – Ensures long-lasting performance
✅ High Surface Area – Promotes catalytic reactions and increases hydrogen production efficiency
Overview
Our 99.8% high-purity nickel foam serves as an ideal catalyst carrier for ALK and PEM electrolyzers, offering a high specific surface area to maximize reaction efficiency and reduce energy consumption.
| Parameter | Specification Details | Industrial Advantage |
| Thickness Range | 0.04mm - 25mm | Supports both ultra-thin electrodes & heavy-duty industrial filters. |
| Pores Per Inch (PPI) | 20 - 300 PPI | Customizable pore structure for specific flow and reaction rates. |
| Surface Density | 180g - 5200g/$m^2$ | Ensures structural integrity and uniform current distribution. |
| Porosity | 50% - 98% | High void volume minimizes pressure drop and maximizes surface area. |
| Max Dimensions | Width: 980mm; Length: 200m | Available in continuous rolls or custom-cut sheets for automated lines. |
Advantages
Performance Characteristics
Electrical Conductivity: Excellent. Optimized for high-drain battery electrodes and fuel cell current collectors.
Thermal Management: High thermal conductivity, designed for efficient heat dissipation in electronics and industrial systems.
Structural Property: 3D reticulated structure provides superior mechanical strength and catalyst adhesion.
Material & Chemical Composition
Nickel Purity: ≥99.8% (Ensures excellent chemical stability and corrosion resistance in alkaline environments).
Operating Temperature: Resistant up to 1150℃ (Ideal for high-temperature catalyst support).
Alloy Options: Special grades available upon request (e.g., Chrome-Nickel alloy).
Application-Specific Solutions
Energy Storage: Nickel-Metal Hydride (Ni-MH) and Lithium-ion battery electrodes.
Green Hydrogen: Catalyst carrier for water electrolysis (PEM & Alkaline).
Environmental Protection: High-temperature air filtration and CO₂ reduction systems.
Thermal Engineering: Efficient heat exchangers and flame arrestors.
Industry-Specific Selection Guide
| Your Need | Recommended Spec |
| Hydrogen Electrodes | Thickness 1-2mm / 110 PPI / High Purity 99.8% |
| Filtration & Silencing | Thickness 5mm+ / 40-80 PPI / High Strength |
| Lab R&D Samples | Supports A4 size custom cutting / Fast prototyping |
Company Advantages
Robust Infrastructure
Hebei Ruiyun Wire Mesh Technology Co., Ltd. owns modern production equipment and advanced production processes. The company covers an area of 30,000 square meters and is equipped with over 180 fully automated production lines, including cutting machines, drawing machines, weaving machines, and welding equipment. With an annual production capacity of over 120,000 square meters, we efficiently meet the demands of large orders. The company has fixed assets of RMB 35 million, ensuring our leading position in the industry.
Frequently Asked Questions (FAQ)
Q:What is the minimum order quantity?
Q:Can you provide custom sizes or shapes?
Q:What grade of nickel material do you use?
Q:Are you a manufacturer?
Q:What is your delivery time?
Contact our professional team to customize wire mesh products for you !
Our R&D center is equipped with advanced testing equipment capable of performing various physical and chemical performance tests to ensure product quality meets international standards.
