NO2200纯镍概述 点击进入阿里巴巴商铺
NO2200纯镍是商业纯镍,具有优良的力学性能和耐腐蚀性,较高的热导率和电导率,低气体含量和低蒸汽压力。NO2200纯镍及NO2201为常用商业纯镍。汉锴主要供应板材,棒材,无缝管等。
NO2200纯镍应用概况
广泛应用在食物加工处理设备、食盐提炼设备;电气和电子部件; 电池中的电极触点和电流导体等。
NO2200纯镍化学成分
NO2200 化学成分 | |||||||
质量分数% | 镍+钴 | 铁 | 碳 | 锰 | 硅 | 铜 | 硫 |
最小 | 余量 | ||||||
最大 | 0.4 | 0.15 | 0.35 | 0.35 | 0.25 | 0.01 |
NO2200纯镍执行标准
NO2200 执行标准 | |||||
标准 | 板材 | 棒材 | 无缝管 | 管件 | 锻件 |
ASTM | B162 | B160 | B161 | B163 | B564 |
ASME | SB162 | SB160 | SB161 | SB163 | SB564 |
NO2200纯镍物理性能
NO2200 物理性能 | ||||||
密度 | 熔化温度范围 | 热导率 | 弹性模量 | 比热容 | 电阻率 | 线膨胀系数 |
g/cm3 | ℃ | (W/m•K) | GPa | J/kg•℃ | μΩ•m | a/10-6℃-1 |
8.9 | 1436-1445 | 71(20℃) | 207 | 456 | 0.9 | 13.3(100℃) |
NO2200纯镍力学性能
NO2200 机械性能 | ||||||
室温 | 抗拉强度MPa | 屈服强度MPa | 延伸率A % | |||
N02200 | 370 | 100 | 40 |
纯镍材料在任何浓度和温度的氢氧化钠溶液和400℃以上的熔融态氢氧化钠中具有良好的耐腐蚀性能。纯镍材料对过氧化钠,碳酸钠, 碳酸氢钠以及含有硝酸钾的碱性溶液或者熔融液体都有良好的耐腐蚀性能。
Pure nickel material has good corrosion resistance in sodium hydroxide solution of any concentration and temperature and molten sodium hydroxide above 400 ℃.Pure nickel material has good corrosion resistance to sodium peroxide,sodium carbonate, sodium bicarbonate and alkaline solution or molten liquid containing potassium nitrate.
NO2200纯镍 Corrosion resistance
NO2200纯镍 and NO2201 have excellent resistance against many corrosive media, in particular hydrofluoric acid and alkalis.The corrosion resistance is particularly good under reduced conditions; but as soon as a passivatingoxide layer forms, this is also true in oxidizing media. An extraordinary characteristic is the resistance in alkali solutions up to salt baths.
NO2200纯镍 Characteristics
1. excellent resistance in alkaline media,
2. high ductility in a wide temperature range,
3.ferromagnetism,
4.high electrical and thermal conductivity.
NO2200 纯镍 Typical applications
1.Food manufacturing such as handling of cooling brine, fatty acids
2.alkalis and neutral salt solutions and against organic acids
3.Storage and transport of phenol
4.Production and treatment of caustic soda
5.Production of synthetic fibers and soaps
6.Production of hydrogen chloride and chlorination of hydrocarbons such as benzene, methane and ethane
7.Production of vinyl chloride monomer due to the material’s resistance against dry chlorine gas and hydrogen
8.chloride in increased temperatures
9.Electrical and electronic components
10.Electrode contacts and current conductors in batteries
11.Current conductors in alkali fuels
12.Electrodes for hydrogen production by electrolysis