N4 N6: Nickel 201 (Ni201) Nickel 200 (Ni200) pure nickel wire
1. N4 (equivalent to Nickel 201) is characterized by high purity and low carbon. Purity: Nickel content of 99.9% or higher. Features: Due to its very low carbon content, it has the property of being less prone to embrittlement (becoming brittle) even in high-temperature environments above 315°C. Applications: Vacuum electronic devices, electronic components, chemical processing processes at high temperatures, etc. 2. N6 (equivalent to Nickel 200) is the most commonly distributed grade for industrial use. Purity: Nickel content of 99.5% to 99.6% or higher. Features: It has an excellent balance of strength, corrosion resistance, and conductivity. Due to its higher carbon content compared to N4, it is usually used in environments below 315°C. Applications: It is widely used in chemical plants, battery tab materials, lead wires, etc., due to its strong resistance to alkaline corrosion.
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basic information
N4 Ni%=99.9%, C%=0.01% Max, N6 Ni%=99.5%-99.6%, C%=0.10% Max The N4 nickel wire, which excels in mechanical strength, corrosion resistance, and heat resistance, is suitable for vacuum components, electronic device components, and chemical production of strong alkaline filters. N4 pure nickel wire is suitable for the manufacturing of radio wave source machinery in the chemical industry and is an important structural material for vacuum electronic devices. N6 nickel wire possesses strong alkali resistance in addition to the physical and chemical properties of nickel, and its stable performance in atmospheric freshwater and seawater is mainly used to create various types of alkali resistance in equipment and products. Shapes such as tubes, plates, and rods made of N6 pure nickel wire exhibit good corrosion resistance, excellent heat resistance, and outstanding resistance to strong alkaline corrosion from nitrate, sulfate, chloride, acetate, saline solutions, and alkaline media, as well as neutral solutions.
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Please contact us as it fluctuates due to nickel prices.
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Applications/Examples of results
1. Due to their high conductivity and stability, electronic and electrical components play an important role inside precision instruments. Lead wires and connectors: Lead wires for vacuum devices, electron tubes, and batteries. Resistors and resistor bodies: Used as materials for various resistors due to their stable electrical resistance. For spot welding: Commonly used as joining materials due to their good weldability, such as in battery tab welding. 2. Heat-resistant and industrial heaters are used in harsh environments because they are resistant to oxidation even at high temperatures and maintain stable shapes. Heating wires: Elements for heating coils and heaters (hot plates, irons, etc.). Heat-resistant wires: Wiring for high-temperature locations such as industrial ovens and petrochemical plants (used in combination with mica insulation, etc.). 3. Chemical and industrial plants are suitable for environments handling chemicals due to their very high corrosion resistance to alkalis and acids. Chemical industry components: Filters and sensor parts for environments exposed to corrosive gases and liquids. Automotive parts: Used in high-temperature and high-load environments, such as turbine blades and exhaust systems around the engine.
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Excel Corporation is a company that supports overseas procurement of various products such as machine parts and materials. Overseas procurement is a business that transcends national borders. In the midst of cultural and value differences, what is extremely important is "trust." Much of our operations on the ground have been spent building and nurturing this trust. As a result, we have established a system that allows us to consistently provide high-quality products with excellent cost performance, giving many of our customers peace of mind.
