Effect of Forming Technology on the Properties of Quartz Sands Porous Materials via Dry Pressing Method

Abstract:

The effect of forming technology on the properties of quartz sand porous materials were researched with the low grade quartz sand along the Yangtze River via the pressureless sintering method in this paper, which lay technology foundation for researching new heat insulating materials. The wear of ball milling media is investigated through adjusting the ball milling parameter via the weigh methods. The results are shown that the porosity of quartz sand porous materials are decreased with increasing a forming pressure. The porosities of Φ30 and Φ50 materials are decreased with increasing a holding pressure time, however, the porosity decreasing rate of Φ30 is slower than that of Φ50. The porosity of Φ50 is higher than that of Φ30 under same forming conditions. Through optimized the forming conditions, the porosity of sintered Φ50 quartz matrix porous materials reaches 54.52% under the forming pressure for 5MPa and the holding pressure time for 5min.

• Periodical: Key Engineering Materials (Volume 861)
• Pages: 244-249
• DOI: https://doi.org/10.4028/www.scientific.net/KEM.861.244
• Online since: September 2020
• Authors: Yue Ning Qin, Hao Xu, Zhou Yang, Shou Xia Yang, Xue Qing Yang, Jie Guang Song*, Fang Wang, Da Ming Du
• Keywords: Dry Pressing Method, Forming Technology, Porous Materials, Quartz Sand

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