Comparison of tensile strength between high temperature wear-resistant steel and ordinary wear-resistant steel at different temperatures
When it comes to the tensile strength of high-temperature wear-resistant steel and ordinary wear-resistant steel, you first need to understand the difference between them. High temperature and wear-resistant steel is made of alloy steel, which has extremely high temperature resistance and wear resistance, and is suitable for industrial applications at high temperatures, such as metallurgy, papermaking and electric power. Ordinary wear-resistant steels do not have this capability, but still provide reasonable wear resistance and are widely used in industrial equipment such as excavators, loaders, and crushers.
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The two steels behave differently at different temperatures. At room temperature, the tensile strength of the two steels is not much different, but when the temperature rises, the tensile strength of the high-temperature wear-resistant steel is relatively high, while that of ordinary wear-resistant steel will decrease.
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It is generally believed that when the temperature is higher than 500 degrees Celsius, the strength of ordinary wear-resistant steel will drop sharply. The high temperature and wear-resistant steel can maintain a relatively higher tensile strength below 800 degrees Celsius. This property enables high temperature and wear resistant steel to have a longer service life under high temperature conditions, reducing maintenance and replacement costs.
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Of course, the cost of high-temperature and wear-resistant steel is relatively high, but its importance and economic value are also obvious in high-temperature and high-wear environments. Therefore, when selecting steel, it is necessary to comprehensively consider factors such as the use environment, service life and cost, so as to ensure the best balance between the performance and economic benefits of the steel.
In short, there is a big difference in the tensile strength of high temperature wear-resistant steel and ordinary wear-resistant steel, especially in high temperature environments. Therefore, when selecting the corresponding steel, its performance and economic benefits in a specific environment should be considered comprehensively, so as to have a more positive impact on business processes and production processes.
Post time: May-26-2023
