Nickel 201 sheet/plates (Lower Carbon Nickel 200)

Product introduction

The electrical conductivity, thermal conductivity, the intensity of‌, the excellent performance of hardness, ‌ makes the nickel plate suitable for a variety of scenarios, such as aviation, aerospace, energy, electronics and other fields.

Several preparation methods of metal nickel are briefly described:

☆ Electrolysis method ☆ Carbonylation method ☆ Hydrogen reduction method

① Electrolysis. The enriched sulfide ore is calcined into oxide, reduced to crude nickel by carbon, and then pure metal nickel is obtained by electrolysis.

② Carbonylation method. Nickel sulfide ore and carbon monoxide reaction to produce tetracarbonyl nickel, heated decomposition, and high purity metal nickel.

③ Hydrogen reduction method. Nickel metal can be obtained by reducing nickel oxide with hydrogen.

 

Features

☆ Nickel is a silver-white ferromagnetic metal, which is the main component of many magnetic materials.

☆ Nickel also has good oxidation resistance and strong corrosion resistance.

Nickel is a silver-white ferromagnetic metal. Density 8.9 g /cm3, melting point 1455℃.

Nickel is magnetic and is the main component of many magnetic materials.

Nickel also has good oxidation resistance, and in the air, NiO film is formed on the surface of nickel to prevent further oxidation.

Experiments show that the purity of 99% nickel, 20 years will not occur rust. The corrosion resistance of nickel is very strong, especially the corrosion resistance of caustic soda is strong, and the corrosion rate of nickel is not more than 25 microns per year in 50% boiling caustic soda solution.

Nickel strength and plasticity is also very good, can withstand a variety of pressure processing.

 

Product Paramenters

·Properties of alloy N5 (N02201) are as follows: ‌

Density: ‌8.89 g/cm ³

Electrical conductivity: ‌ resistivity of 7.6 microohms /cm

Thermal conductivity: ‌ Thermal conductivity of 70.2 Watts/m Kelvin

Coefficient of linear expansion: ‌13.3 x 10^-6 cm/cm Kelvin

Melting point: ‌1453 ° C

Strength: ‌ tensile strength of 380 mpa, ‌ yield strength of 140 mpa (‌ at room temperature) ‌

The physical performance parameters of n6 pure nickel plates are as follows: ‌

Density: ‌8.902g/cm3, ‌ is slightly denser than iron, ‌ but slightly less dense than copper

Resistivity: ‌0.7187×10-6Ω·m, ‌ is smaller than that of iron, ‌ but slightly larger than that of copper

Thermal conductivity: ‌90W/(m·K), ‌ is slightly higher than that of iron, ‌ but much lower than that of copper

Tensile strength and yield strength: ‌ are 295MPa and 175MPa respectively, ‌ indicates high strength and hardness

Elongation: ‌40%, ‌ can still maintain the stability of its shape and size after bearing large deformation

Hardness: ‌ can maintain good ductility and plasticity when the Vickers hardness is below 300

The composition and mechanical properties of Nimonic90 nickel alloy plates are not explicitly listed in the search results provided.