Introduction:
Nickel foam, composed of interconnected nickel strands, possesses a highly porous structure that enables its exceptional versatility. It finds applications in catalysis, filtration, and energy storage, benefiting from its large surface area. Furthermore, its impressive conductivity and thermal properties make it a sought-after material in aerospace, automotive, electronics, and environmental engineering.
Features:
Nickel foam has relatively good thermal stability and can maintain its structure and performance in high-temperature environments.
However, the specific high temperature range it can withstand depends on factors such as the preparation method of nickel foam, porosity, pore size and material purity.
Generally speaking, nickel foam can withstand temperatures of hundreds of degrees Celsius in high temperature environments. The specific thermal stability depends on the preparation quality of the nickel foam and the application requirements. If it needs to be used at higher temperatures, such as over 500 degrees Celsius, special processing may be required or materials with better thermal stability at higher temperatures may be needed.
In practical applications, the thermal stability of nickel foam needs to be evaluated based on specific temperature requirements and application environments, and appropriate materials and preparation methods should be selected.
Parameter:
| Material | Nickel Foam |
| Purity | > 99.99%(excellent anti-corrosive) |
| Surface Density | 346g/m2 |
| Length | 1m |
| Width | 300mm |
| Thickness | 1.6 mm |
| Net weight | 104g |
| Porosity | ≥95% (80-110 Pores per Inch. average hole diameters about 0.25mm) |
| Extensibility | Lengthwise≥5%; Widthwise≥12% |
| Tensile Strength | Lengthwise≥1.25N/mm^2; Widthwise≥1.00N/mm^2 |
| 0.1mm*200mm*300mm | 0.2mm*200mm*300mm | 0.3mm*200mm*300mm |
| 0.5mm to 1.7mm*200mm*300mm | 2mm*200mm*300mm | 3 to 4mm*200mm*300mm |
| 5mm*200mm*300mm | 6mm*200mm*300mm | 8mm*200mm*300mm |
| 10mm*200mm*300mm | 10 to 20mm*200mm*300mm | The size can be customized |
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Related Foam
 |  |  |  |  |
| Nickel Foam | Carbon Foam | Aluminium Foam | Stainles Steel Foam | Ag Foam |
FAQ:
What are the applications of nickel foam in the energy field?
Nickel foam can be used for energy adsorption and storage, such as hydrogen storage materials and energy storage materials.
Can the pore structure of nickel foam be controlled?
Yes, the pore structure of nickel foam can be adjusted and controlled by controlling the preparation conditions and using different foaming agents.
Does nickel foam have good chemical stability?
Nickel foam has good chemical stability in general environments, but may corrode in some highly corrosive media.
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