Examples of using Chromium content in English and their translations into Chinese
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When the chromium content is 2%, the strengthening effect is the best.
Grade: High carbon ferrochrome with 50% chromium content as the benchmark unit.
Chromium content in more than 10.5% of the steel is not easy to rust.
Whether the steel contains the minimum 10.5% chromium content remains inconclusive.
The chromium content of stainless steel is generally not less than 12%.
Our ITM is an iron-based alloy with a chromium content of 26% and a tiny amount of yttrium oxide.
Chromium content of 11% to 30%, with a body-centered cubic crystal structure.
Therefore, all stainless steels have a common characteristic,that is, the chromium content is above 10.5%.
Generally speaking, chromium content is not easy to rust in 10.5% steel.
Therefore, all stainless steel elements have a common characteristic,that is, chromium content is more than 10.5%.
Chromium content of 11% to 30%, with a body-centered cubic crystal structure.
The front number indicates the chromium content, while the latter number represents the nickel content. .
If the chromium content is less than 17%, the minimum nickel content is 12%.
The content of the alloy element, generally speaking chromium content in 10.5% steel is not easy to rust.
If the chromium content is less than 17%, the minimum nickel content is 12%.
The relative contribution of these factors may vary depending on the chromium content of the raw materials and the manufacturing conditions.
The chromium content in stainless steel is the one responsible for its anti-corrosiveness.
In general, 316 performance slightly more than 304 stainless steel,because 304 chromium content slightly higher(18%, 316 chromium content 16%).
If the chromium content is less than 17%, the minimum nickel content is 12%.
The front number indicates the chromium content, while the latter number represents the nickel content. .
Nickel and chromium content are higher than the above several low grade steels, recommended for high temperature conditions.
Type 431: Has increased chromium content for greater corrosion resistance and good mechanical properties.
Its chromium content provides good hardness penetration, and the molybdenum imparts uniformity of hardness and high strength.
When any such oxide layer is present, the chromium content of the metal surface is reduced, resulting in reduced corrosion resistance in these areas.
The chromium content provides good hardness penetration, and the molybdenum content ensures uniform hardness and high strength.
Type 446: Even higher chromium content has been added to further improve corrosion and scaling resistance at high temperatures.
If the chromium content is low, that is, inferior stainless steel, the surface cannot produce a sufficiently tight passivation film, which cannot protect it.
(iv) Thallium and chromium content can adversely affect cement quality and may cause allergic reactions in sensitive users.
When the chromium content exceeds 15%, the strength and hardness will decrease, and the elongation and the area shrinkage rate will correspondingly increase.