A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a metal ceramic preparation method and a machined part. The preparation method comprises the following steps of: taking metal as a matrix, firstly combining wear-resistant ceramic on the matrix through a special high-strength composite medium for ceramic, and then heating and drying to obtain the metal ceramic. The metal alloy and the ceramic are compounded, the preparation operation is simple, and the wear resistance of an alloy matrix is improved by utilizing the wear resistance of the ceramic. According to the machined part prepared through the method, the high-strength alloy serves as a matrix, the abrasion-resistant ceramic serves as an abrasion-resistant part, a firm composite body is prepared through the special composite medium for ceramic, the bonding force is high, the wear resistance is high, and the service cycle and the service life of the machined part can be greatly prolonged.
本发明公开一种金属陶瓷制备方法及加工件，该制备方法为：以金属为基体，先通过具有高强度陶瓷专用复合介质将耐磨陶瓷结合在所述基体上，然后进行加热烘干制备得到。本发明采用将金属合金与陶瓷进行复合，制备操作简单，其实现通过利用陶瓷的耐磨性提高合金基体的耐磨性，且采用本发明制备的加工件以高强度合金为基体，以耐磨陶瓷为磨损件，通过陶瓷专用复合介质制备出坚固的复合体，不仅结合力强，且耐磨性高，其可大幅度提高加工件的使用周期与寿命。
The invention discloses a metal ceramic preparation method and a machined part. The preparation method comprises the following steps of: taking metal as a matrix, firstly combining wear-resistant ceramic on the matrix through a special high-strength composite medium for ceramic, and then heating and drying to obtain the metal ceramic. The metal alloy and the ceramic are compounded, the preparation operation is simple, and the wear resistance of an alloy matrix is improved by utilizing the wear resistance of the ceramic. According to the machined part prepared through the method, the high-strength alloy serves as a matrix, the abrasion-resistant ceramic serves as an abrasion-resistant part, a firm composite body is prepared through the special composite medium for ceramic, the bonding force is high, the wear resistance is high, and the service cycle and the service life of the machined part can be greatly prolonged.
本发明公开一种金属陶瓷制备方法及加工件，该制备方法为：以金属为基体，先通过具有高强度陶瓷专用复合介质将耐磨陶瓷结合在所述基体上，然后进行加热烘干制备得到。本发明采用将金属合金与陶瓷进行复合，制备操作简单，其实现通过利用陶瓷的耐磨性提高合金基体的耐磨性，且采用本发明制备的加工件以高强度合金为基体，以耐磨陶瓷为磨损件，通过陶瓷专用复合介质制备出坚固的复合体，不仅结合力强，且耐磨性高，其可大幅度提高加工件的使用周期与寿命。
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