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大多数工业用高强度陶瓷是用热压法制成的。本文介绍用常用的冷压和烧结法将二硼化钛(TiB_2)与氧化铝粘结在一起的制造方法。利用冷压法制成的陶瓷性能与热压法制成的一样好,甚至还可超过热压法。多年来,人们已将陶瓷做成很多物品,如碗、碟、瓶和绝缘器等。山于陶瓷的强度较低,直至近年来才在金属切削领域内得到应用。金属切削刀具要具有高的热硬度和机械韧
Most industrial high-strength ceramics are made by hot pressing. This article describes the manufacturing method of bonding titanium diboride (TiB 2) and alumina together using common cold pressing and sintering methods. The properties of ceramics made by cold pressing are as good as those made by hot pressing and can even surpass hot pressing. Over the years, people have made ceramics into many items, such as bowls, dishes, bottles and insulators. Mountain in the lower strength of ceramics, until recently in the field of metal cutting applications. Metal cutting tools to have high hot hardness and mechanical toughness