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Effect of sintering temperature on mechanical and wear behaviour of a ceramic composite

机译:烧结温度对陶瓷复合材料机械和磨损行为的影响

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摘要

A new vitrified bonded abrasive composite for grinding wheels and a reference material used in the industrial production of grinding wheels were compared in terms of mechanical properties and wear behaviour. The new formulation abrasive samples were processed using different sintering temperatures. With the new composite, it was possible to, simultaneously, obtain similar mechanical properties and increase the open porosity, at a lower sintering temperature. The results demonstrated that the grinding performance of vitrified bonded abrasives can be optimized varying the heat treatment maximum temperature. The best combination of results was achieved with a sintering temperature of 1000 degrees C.
机译:在机械性能和磨损行为方面,比较了用于研磨轮的新型玻璃化粘合磨料和用于工业生产的工业生产的参考材料。 使用不同的烧结温度处理新的制剂磨料样品。 通过新的复合材料,可以同时获得类似的机械性能并在较低的烧结温度下增加开放孔隙率。 结果表明,玻璃化粘结磨料的研磨性能可以优化改变热处理最大温度。 通过1000℃的烧结温度实现结果的最佳组合。

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