100% pure nickel roll (8mm x 0.15mm) 10 meters

Differences Between Pure Nickel and Nickel-Plated Steel \n \n Material Composition: \n \n Pure Nickel: This material is 100% nickel, with no other metals present. This gives it superior electrical and thermal conductivity, as well as excellent resistance to corrosion and oxidation. \n Nickel-Plated Steel: Consists of a steel base that has been coated with a layer of nickel. Although it has some similar properties, the nickel layer is generally thin, and if damaged, the underlying steel can rust. \n \n \n Electrical Conductivity: \n \n Pure Nickel: Has high electrical conductivity, making it ideal for battery connectors and applications where efficient transfer of electricity is required. \n Nickel-Plated Steel: Conductivity is significantly lower due to the presence of steel, which is not as good a conductor as pure nickel. \n \n \n Corrosion Resistance: \n \n Pure Nickel: Excellent resistance to corrosion and harsh environments, maintaining its structural integrity over time. \n Nickel-Plated Steel: Although the nickel layer provides some corrosion resistance, the underlying steel is susceptible to rust if the nickel layer is damaged. \n \n \n Durability and Longevity: \n \n Pure Nickel: Offers greater durability and longevity compared to nickel-plated steel, especially in industrial or marine environments. \n Nickel-Plated Steel: The nickel layer can wear off or scratch over time, exposing the steel to rust. \n \n \n Applications: \n \n Pure Nickel: Used in the battery industry (especially in lithium-ion battery soldering), electrical contacts, and in electronic components where purity and conductivity are essential. \n Nickel-Plated Steel: Most common in applications where cost is an important factor and a similar aesthetic appearance to nickel is required without the same high-quality properties. \n \n \n \nPure nickel coils offer a significant advantage over nickel-plated steel in terms of efficiency, durability and performance, making them ideal for high-standard applications requiring maximum conductivity and strength.