High Purity Porous Foam Nickel (0.5x100x100mm)

Ultra lightweight: With a specific surface area and a density of 0.2~0.3, it is 1/4 of water, 1/3 of wood, 1/10 of metal aluminum, and 1/30 of iron, making it extremely lightweight. Sound absorption: Porous structures have a wide frequency absorption characteristic. Electronic wave shielding: With a relatively thin thickness, it can shield electronic waves of around 90dB. Processing performance: It can be cut, bent, and simply adhered. Fireproof: Maintain stable shape, difficult to burn at high temperatures, resistant to high temperatures, recyclable: Metal waste materials can be recycled. Breathable: A homogeneous three-dimensional mesh structure with filtering function, providing excellent flow stability for gases and fluids. Sound insulation: Through additional processing, it can intercept high noise with good sound insulation effect. 9. Exquisite appearance, practical interior: Suitable for indoor decoration through various processing. Application areas: Power supply field: Used in fuel cell electrode materials, filter media, media in separators, oil-water separators, automotive exhaust purifiers, air purifiers, etc. In the field of thermal engineering: damping materials, high-efficiency thermal conductive materials, functional materials: noise reduction, vibration absorption, buffering electromagnetic shielding, stealth technology, flame retardancy, insulation, etc. In the industrial field, industrial filter materials, high-end decorative materials, and industrial filtration.

• Sound absorption: The porous structure can generate diffuse reflection of sound waves and achieve specific surface area for sound attenuation through micropores.
• At the same porosity, compared to other porous materials, it has the largest specific surface area for electromagnetic shielding.
• Has good shielding effect on a certain range of electromagnetic waves and processing performance. It can be easily machined for cutting, stamping, bending, and other processes.
• Fire resistance: resistant to high temperatures above 1100 degrees, maintaining stable shape, uniform pore structure, and fast heating and heat transfer.
• Breathability: The flow stability of gases and fluids is extremely strong, and it can be used for filtration.