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Ceramic fibres density

There are other promising ceramic fibres, e.g. boron carbide and boron nitride. Boron nitride fibre has the same density (2.2 g cm-3) as carbon fibre, but has a greater oxidation resistance and excellent dielectric properties. Boron carbide fibre is a very light and strong material. [Pg.71]

Figure 3.2 Density for glass, aramid, polyethylene, carbon and ceramic fibres compared with aluminium alloy and steel. Figure 3.2 Density for glass, aramid, polyethylene, carbon and ceramic fibres compared with aluminium alloy and steel.
The market needs for more advanced materials provide the driving force of the CVD processes. For example, the development of high performance aero-engines requires the strong and tough fibre reinforced ceramic matrix composites with low density which can potentially be used in ultra-high temperatures. [Pg.10]

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See also in sourсe #XX -- [ Pg.42 ]



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