High-purity quartz is a strategic mineral material and widely used in integrated circuits, semiconductor chips, solar energy and other high-tech industries. However, raw quartz deposits that can be used to produce high-purity quartz are extremely scarce, and China is particularly short of high-purity quartz deposits. Southeastern Hubei is the main distribution area of vein quartz deposits in Hubei Province. In this study, impurities characteristics of raw quartz in Fujiashan quartz deposit from southeastern Hubei was examined by optical microscope and scanning electron microscope methods. Trace element concentrations of the raw quartz material were analyzed by solution ICP-OES technique. The aim of this effort is to obtain the characteristics of impurity elements in Fujiashan quartz deposit and its high purity quartz potential. The results show that the average content of SiO2 in the raw quartz is more than 99.95 wt%, and the impurities mainly occur in gangue minerals such as muscovite, potassium feldspar and iron oxide, lattice-bound form and fluid inclusions. Dominate elements include Al, K, Fe, Ti and Ca. The results show that the quality of Fujiashan raw quartz meet the application requirement of low-end high purity quartz, and it has the potential of producing middle-to-high end high purity quartz after traditional purification.