Method for detecting configuration of silicon carbide mortar

Abstract

The invention relates to a method for detecting configuration of silicon carbide mortar. The method comprises the following steps: selecting silicon carbide meeting the standard; mixing and stirring the silicon carbide and a recovering liquid; selecting 450 kg of mortar within the cutting range, and detecting the D50, the small-granule accumulated value and the concentrated accumulated value of the mortar; cutting the mortar, and detecting the D50, the small-granule accumulated value and the concentrated accumulated value of the detected mortar; and comparing the D50, the small-granule accumulated value and the concentrated accumulated value, which are detected before and after configuration, of the mortar, and judging whether the mortar is qualified and meets the quality requirement of slices or not. The method has the following beneficial effects: one inspection process is omitted, manpower is saved and the working hour is reduced; the method is compatible with the on-site inspection equipment and redundant inspection operation is avoided; the method is compatible to a production field new mortar use system, and the test cost does not need to be increased; and the potential quality hazard caused by the fact that the circularity degree instrument cannot detect the breakage rate of the silicon carbide material can be effectively remedied, and the bug that shoddy goods are soldas quality goods, namely recovered sand is sold as new sand, which cannot be verified by the inspection method, can be effectively avoided.

Description

technical field [0001] The invention relates to the field of silicon carbide mortar quality detection, in particular to a configuration detection method of silicon carbide mortar. Background technique [0002] At present, the roundness value of silicon carbide mortar is detected by the Malvern 3000 roundness meter, and the cutting ability of silicon carbide is judged by the roundness value. The equipment is expensive and the cost burden is heavy; and the mortar slice is the third generation of online recycling cutting. Silicon carbide needs to be circulated in the online recycling system, and Malvern equipment can obtain the true roundness through laser measurement to ensure the short-term cutting ability, but cannot obtain other important indicators such as the hardness of the silicon carbide material, the breakage rate, etc. After entering the online recycling system, it cannot To ensure the quality of the mortar, the products that pass the test will still have the edge ma...

AI Technical Summary

Problems solved by technology

[0002] At present, the roundness value of silicon carbide mortar is detected by the Malvern 3000 roundness meter, and the cutting ability of silicon carbide is judged by the roundness value. The equipment is expensive and the cost burden is heavy; and the mortar slice is the third generation of online recycling cutting, Silicon carbide needs to be circulated in the online recycling system, and the Malvern equipment can obtain the true roundness through laser measurement, which can guarantee the short-term cutting ability, but cannot obtain other important indicators such as the hardness of the silicon carbide material, the broken rate, etc., and cannot be obtained after entering the online recycling system. Guarantee the quality of the mortar, and the products that pass the test will still show the edge marks caused by insufficient cutting ability