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ADVANCED MATERIALS BOOST MANUFACTURING OPERATIONS AND PROCESSES

机译：先进材料推动制造运营和工艺

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Vehicle manufacturers, amongst others, can now benefit from better cutting tools, dies and electrodes that have their origins in armour-plated tanks. They are made from improved high-performance titanium diboride materials using a patented high-energy chemical reaction process first developed for armoured vehicles in the USA. One of the latest achievements in the advanced materials field is a unique product offered by Advanced Engineered Materials called Advanced TiB2. This superior material is a substantially amorphous, nonpyrophoric pure powder produced by a proprietary continuous process. It is twice as hard 'as silicon nitride, weighs about two-thirds less than tungsten carbide and has a higher melting point than silicon carbide. Advanced TiB2 can be formed into dense shapes without special environmental requirements, sintering aids or other additives. There are no carbide contaminants at the grain boundaries. The resulting small grain size and high aspect ratio provide radically improved mechanical and physical properties and an especially high surface area, it is claimed.
机译：汽车制造商现在可以从更好的切削工具、模具和电极中受益，这些工具、模具和电极起源于装甲坦克。它们由改进的高性能二硼化钛材料制成，采用首次为美国装甲车开发的专利高能化学反应工艺。先进材料领域的最新成就之一是Advanced Engineered Materials提供的独特产品，称为Advanced TiB2。这种优质材料是一种基本无定形、无自燃的纯粉末，由专有的连续工艺生产。它的硬度是氮化硅的两倍，重量比碳化钨轻约三分之二，熔点比碳化硅高。先进的TiB2可以形成致密的形状，无需特殊的环境要求，烧结助剂或其他添加剂。晶界处没有碳化物污染物。据称，由此产生的小晶粒尺寸和高纵横比从根本上改善了机械和物理性能，并具有特别高的表面积。

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