This high-purity Nickel Foil (99.9+%) is designed for scientific research, industrial applications, and precision manufacturing. With an ultra-thin 0.08 mm thickness and a 100 mm width, this foil provides excellent conductivity, superior corrosion resistance, and outstanding mechanical strength, making it ideal for battery technology, aerospace, electronics, and high-temperature environments.
Manufactured with strict quality control, this nickel foil has a uniform surface, precise dimensions, and high durability, ensuring reliable performance in electrical, chemical, and thermal applications. Its oxidation resistance and stability make it a valuable material for lithium-ion battery components, electromagnetic shielding, hydrogen storage, and advanced coatings.
Key Features:
✅ 99.9+% Ultra-High Purity – Ensures excellent electrical and thermal conductivity.
✅ Superior Corrosion & Oxidation Resistance – Performs reliably in high-temperature and chemical environments.
✅ Ultra-Thin Precision (0.08 mm) – Designed for advanced electronic and industrial applications.
✅ High Melting Point (1,455°C) – Suitable for extreme conditions.
✅ Ductile & Malleable – Easily processed into different forms for customized applications.
✅ Excellent Mechanical Strength – Withstands stress in demanding industrial uses.
Applications:
🔹 Battery & Energy Storage – Used in lithium-ion batteries, fuel cells, and energy research.
🔹 Aerospace & High-Temperature Engineering – Ideal for heat-resistant and structural components.
🔹 Electronics & Electromagnetic Shielding – Essential for circuit components and shielding materials.
🔹 Hydrogen Storage & Catalysis – Supports fuel cell technology and chemical processing.
🔹 Plating & Coating Applications – Enhances surface protection and conductivity.
🔹 Scientific Research & Material Testing – Used in precision experiments and material innovations.
This Nickel Foil (99.9+%) is a high-performance material for professionals and researchers in need of exceptional purity, flexibility, and durability in their advanced applications.
