The bending strength of molybdenum electrode depends on the specific alloy composition, grain structure, heat treatment and preparation process and other factors. Typically, pure molybdenum has a low flexural strength of around 150 to 200 megapascals (MPa). However, the bending strength of molybdenum electrodes can be significantly improved by methods such as alloying and heat treatment. Adding appropriate alloying elements (such as tungsten, niobium, etc.) and performing appropriate heat treatment can enhance the mechanical properties of molybdenum electrodes and improve their bending strength. The actual flexural strength value may vary due to different alloy formulations and processing methods, so the specific value needs to refer to the technical specifications or test data provided by the manufacturer.
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