薄玻璃物理钢化及其进展
Physical Tempering of Thin Glass and Its Progress
续芯如 1徐长青 2陈兆民 1陈福 1夏韦美1
作者信息
- 1. 秦皇岛玻璃工业研究设计院有限公司 秦皇岛 066001;河北省玻璃节能减排技术创新中心 秦皇岛 066001;河北省企业技术中心 秦皇岛 066001
- 2. 中国南玻集团股份有限公司 深圳 518067
- 折叠
摘要
玻璃的理论强度高达7000 MPa,但玻璃产品的实际强度仅为35～70 MPa,通过物理钢化的方法能够显著提高玻璃的强度指标,通过分析钢化玻璃的发展历程,提出现有玻璃钢化技术的局限性,有针对性的对微粒玻璃钢化技术、离子注入玻璃钢化技术、液体介质玻璃钢化技术、使用飞秒超短脉冲激光的玻璃强化技术进行分析,提出薄玻璃物理钢化作为安全玻璃适用范围和应用领域.
Abstract
The theoretical strength of glass is up to as high as 7000 MPa,but the actual strength of glass products is only 35 to 70 MPa.The strength index of glass can be significantly improved by physical tempering method.By analyzing the development process of tempered glass,the limitations of existing tempering glass technology are pointed out.Based on the analysis of tempering technology of the microparticle glass,ion implantation glass,liquid medium glass,and the strengthening technology of the femtosecond ultra-short pulse laser glass,the application range and application field of the physical tempering to the thin glass as a safety glass is proposed.
关键词
薄玻璃/物理钢化/微粒玻璃钢化/离子注入玻璃钢化/液体介质玻璃钢化Key words
thin glass/physical tempering/tempering microparticle glass/tempering ion implantation glass/tempering liquid medium glass引用本文复制引用
基金项目
国家重点研发计划项目(2023YFC3806200)
出版年
2024
NETL
NSTL
万方数据