The fatal drawbacks of quartz are mainly in two aspects. First of all, quartz has a high hardness, which makes it susceptible to wear and scratches during use. Secondly, quartz stone has poor toughness and is susceptible to impact and cracking.
In terms of hardness and toughness, quartz stone does not perform well. Due to its high hardness, quartz stone is prone to scratches when in contact with other hard objects. In addition, due to its poor toughness, quartz stone is prone to cracking or chipping when subjected to impact.
These shortcomings make quartz unsuitable for certain application scenarios. For example, in kitchen countertops or tabletops that require frequent contact with hard objects, the service life of quartz stone can be seriously affected. In addition, in the occasion that needs to withstand large impact forces, such as laboratories or industrial production workshops, quartz stone may also be unusable due to cracking.
In order to overcome these shortcomings, people usually employ measures to improve the properties of quartz stone. For example, a protective layer can be added to the surface of quartz stone to increase its hardness and wear resistance. In addition, quartz can also be improved by changing its processing technology or formulation.
Overall, while quartz has many advantages, its disadvantages in terms of hardness and toughness still limit its use in certain application scenarios. Therefore, when choosing to use quartz, it is necessary to evaluate its suitability according to the specific application scenarios and needs.