Gold phase sample fabrication device and method of diamond wire

Abstract

The invention provides a gold phase sample fabrication device and method of a diamond wire. The gold phase sample fabrication device of the diamond wire comprises a die, a rack and a tension mechanism, wherein the die is used for fabricating a gold phase sample when the diamond wire is wrapped by resin glue and the resin glue is solidified, the rack is used for supporting the die and allowing thedie and an observation plane of the gold phase sample to a horizontal state, the tension mechanism is arranged on the rack and is used for tightening the diamond wire so that the diamond wire is arranged in a vertical state when the rack is vertically arranged, a first line-passing hole is formed in a bottom surface of the die and is used for allowing the diamond wire to pass through when the rackis vertically arranged and allowing the diamond wire to be perpendicular to the observation plane of the gold phase sample so as to fabricate a horizontal sample, and / or a second line-passing hole isformed in a side surface of the die and is used for allowing the diamond wire to pass through when the rack is horizontally arranged and allowing the diamond wire to be parallel to the observation plane of the gold phase sample so as to fabricate a longitudinal sample. The gold phase sample fabrication device of the diamond wire is simple in operation process and high in efficiency, the fabricated gold phase sample is in order and uniform, and the qualified gold phase sample can be smoothly fabricated without purchasing a set of equipment.

Description

technical field [0001] The invention relates to the technical field of making metallographic samples, in particular to a diamond wire metallographic sample making device and method. Background technique [0002] Wear-resistant diamond wire belongs to the field of new material industry. The current research on diamond wire has involved the internal organizational structure of the diamond wire busbar and finished materials. The use of metallographic microscopic observation will help technicians take more accurate and effective measures to improve the quality of diamond wire products. However, there is little research on the internal structure of diamond wire at present, and there is even no ready-made device on the market that can be used to make metallographic samples of diamond wire. [0003] If the diamond wire metallographic sample is made by the hot-press mosaic method, since the diameter of the diamond wire is thin (φ0.05mm~φ1mm) and the rigidity is low, it is difficul...

AI Technical Summary

Problems solved by technology

[0004] The invention provides a diamond wire metallographic sample production device and method to solve the problem of how to easily and efficiently produce high-quality diamond wire metallographic samples that meet the requirements of microscopic observation

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