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Affect of binder on mechanical and physical characterization of titanium dioxide based varistor

机译:粘结剂对二氧化钛基压敏电阻力学和物理性能的影响

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Development of high performance titanium dioxide (TiO2) based varistor materials demands binders to improve its physical properties which will ultimately enhance its electrical performances. The material used for ceramic based varistor should exhibit good mechanical properties. As for desired mechanical properties, porosity should be minimal, high fired density, high sintered strength and small average grain size are desired. In this paper effect of PVA (binder) on TiO2 was investigated and its influence on physical, mechanical and microstructure was observed. The binder was added during ball milling and then followed by the shaping and sintering process. The samples were characterized by evaluating fired density, hardness, compressive strength and microstructure. Our studies revealed that varistor disc with higher density, hardness and strength can be produced with the use of binder.
机译:基于高性能二氧化钛(TiO 2 )的压敏电阻材料的开发要求粘合剂改善其物理性能,从而最终提高其电性能。用于陶瓷基压敏电阻的材料应表现出良好的机械性能。至于所需的机械性能,孔隙率应最小,需要高烧制密度,高烧结强度和小的平均晶粒尺寸。本文研究了PVA(粘合剂)对TiO 2 的影响,并观察了其对物理,机械和微观结构的影响。在球磨过程中添加粘合剂,然后进行成型和烧结过程。通过评估烧结密度,硬度,抗压强度和微观结构来表征样品。我们的研究表明,使用粘合剂可以生产具有更高密度,硬度和强度的压敏电阻片。

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