Cubic boron nitride surface composite treatment method, cubic boron nitride abrasive particles and application
A technology of cubic boron nitride and surface compounding, which is applied in the field of cubic boron nitride surface compounding treatment, cubic boron nitride abrasive grains, and application fields, can solve the problem of cubic boron nitride particle shedding and other problems, so as to improve the service life and life , The effect of solving the phenomenon of cubic boron nitride particle falling off
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Embodiment 1
[0047] A method for composite treatment of cubic boron nitride surface, comprising the following steps:
[0048] 1) Fine treatment of cubic boron nitride single crystal: select high-grade cubic boron nitride single crystal CBN120A-100 / 120 (particle size about 0.12-0.16mm) 2000ct (carat) produced by Zhengzhou Zhongnan Jiete Superhard Materials Co., Ltd., Sodium hydroxide 2.5kg, potassium hydroxide 1.5kg, put the above three materials into a titanium alloy pot, then put the titanium alloy pot into a crucible furnace, set the temperature at 320°C, and keep it warm for 2h;
[0049] 2) After the heat preservation is completed, take out the mixture in the above-mentioned titanium alloy pot, rinse it with pure water until it is neutral, then put the rinsed mixture into a stainless steel plate, put it into an ultrasonic cleaning machine for cleaning for 20 minutes, and then dry it. Obtain the cubic boron nitride after cleaning, for subsequent use;
[0050] 3) Fine treatment of titani...
Embodiment 2
[0053] A method for composite treatment of cubic boron nitride surface, comprising the following steps:
[0054] 1) Fine treatment of cubic boron nitride single crystal: Select high-grade cubic boron nitride single crystal CBN120A-100 / 120 (particle size about 0.022mm-0.036mm) produced by Zhengzhou Zhongnan Jiete Superhard Materials Co., Ltd. 10000ct (carat) , sodium hydroxide 5kg, potassium hydroxide 3kg, put the above three materials into a titanium alloy pot, then put the titanium alloy pot into a crucible furnace, set the temperature at 360°C, and keep it warm for 4h;
[0055] 2) After the heat preservation is completed, take out the mixed material in the above titanium alloy pot, rinse it with pure water until it is neutral, then put the washed mixed material into a stainless steel plate, put it into an ultrasonic cleaning machine for cleaning for 60 minutes, and then dry it. Obtain the cubic boron nitride after cleaning, for subsequent use;
[0056] 3) Fine treatment of ...
Embodiment 3
[0059] The cubic boron nitride covered with a titanium film obtained by magnetron sputtering to cover a layer of titanium film in Example 1 was observed by an optical microscope. Specifically, in Example 1, the cubic boron nitride covered with a titanium film was obtained by magnetron sputtering to cover a layer of titanium film. The surface of the cubic boron nitride covered with titanium film has a bright metallic luster. The optical microscope picture obtained by using Ruixian Optical RX-500T digital microscope is as follows figure 1 shown, from figure 1 It can be seen that the surface of cubic boron nitride is coated with a layer of uniform titanium layer without exposed parts.
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