Decarburization Depth-Residual Worthfield Iron Analysis

FOC-R

The decarburization layer is defined as the distance from the initial position of decarburization to the surface layer, which can be divided into

Depth analysis of the decarburized layer, partial decarburized layer, and fully decarburized layer of fertilized iron (decarburized layer of fertilized iron + partial decarburized layer)

Use metallographic photography to calculate the proportion of residual Wostian iron and hemp fields.

 

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Decarburization layer depth detection software (FOC)Remove the human subjective judgment method,

In accordance with the following international standards, the software’s intelligent functions are used to automatically and objectively and accurately determine the depth of decarbonization.

 (1)ISO:ISO 898:2009

 (2) Republic of China: CNS 10169-1983

 (3) United States: ASTM E1077

 (4) Japan: JIS G0558-2007

 (5)Mainland China: GB 554-08

 

Vosfield Iron Residual Detection Software (FOR)Use metallographic microscope observation and software analysis

According to the needs of each customer, the ratio is analyzed by adjusting the definition of the image binarization threshold.

There is no need to use expensive and time-consuming X-ray diffraction analysis to calculate the proportion of residual Wasfield iron and hemp fields, and customized reports can be exported.

 

One-click report export, decarbonization layer depth determination report format (customized reports are also available)

Decarburization Depth-Residual Worthfield Iron Analysis inquiry