Resistohm® 40
Typical Applications
With a nominal composition of 37% of nickel, 18% of chromium, 2% of silicon and with an addition of rare earths, Resistohm 40 is suitable for a large field of domestic heating applications, and particularly when use temperature is not too high and that cost is a vital factor.
Its high temperature coefficient allows it a speeder rise in temperature than the other NiCr.
The most frequent use fields are:
Its maximum operating temperature is 1050°C.
When an electric furnace must operate in a carburing or semi-reducting atmosphere, this alloy has dictincts advantages compared to the other Nickel-Chromium which have a higher percentage of nickel.
With a nominal composition of 37% of nickel, 18% of chromium, 2% of silicon and with an addition of rare earths, Resistohm 40 is suitable for a large field of domestic heating applications, and particularly when use temperature is not too high and that cost is a vital factor.
Its high temperature coefficient allows it a speeder rise in temperature than the other NiCr.
The most frequent use fields are:
- Heating accumulators
- Convectors
- Heaters
Its maximum operating temperature is 1050°C.
When an electric furnace must operate in a carburing or semi-reducting atmosphere, this alloy has dictincts advantages compared to the other Nickel-Chromium which have a higher percentage of nickel.
一般属性
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物料形态
已商用：当前有效
文档
description
Technical Datasheet (English)
下载文档可用性
北美洲, 非洲和中东, 拉丁美洲, 欧洲, 亚太地区
其他属性
Metal Type, Type Analysis, 密度, Tensile Strength (Ultimate), Tensile Strength (Yield), 0.2%, Tensile Elongation (Break), 硬度, Mean CTE, 导热系数, Electrical Resistivity
加工
Find specific processing information for Resistohm® as well as general information for the Iron - Wrought - Fe-Ni Alloy generic family. 注册 或 登录 了解更多信息。
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