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摘要
依据玻璃深加工对高铝玻璃表面粗糙度和透光率的要求,提出一种不同于传统玻璃薄化的新工艺。通过研究不同薄化温度、超声时间、工艺条件和减薄液配方,比较了减薄前后玻璃表面的粗糙度和透光率,并对其性能进行了探究。实验表明,在配制的减薄溶液中浸泡12h,40℃下,于53kHz超声处理35min,得到的玻璃基板表面固体沉积物显著降低,而且基板表面均匀,并具有一定的韧性。因此,该工艺对于玻璃基板功能化具有一定的意义。
Abstract
A new process different from the traditional glass corrosion was proposed according to the glass deep processing request to the surface roughness and light transmittance.The different temperature,different time,different process conditions,different glass slimming formula were studied,and compared before and after slimming of the glass surface roughness and light transmittance,get conclusion.Glass was immersed in the corrosion solution for 12h,then ultrasonic process in the following parameters:ultrasonic frequency 53kHz,ultrasonic time 35min,ultrasonic temperature 40℃.After the treatment of the process,the surface roughness was effectively reduced,and the precipitation of the precipitates was reduced.Moreover,the substrate surface was well-distributed,and had certain toughnes.This process had certain significance for glass functionalization.
关键词
玻璃减薄
/
减薄液
/
表面处理
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粗糙度
Key words
glass thinning
/
thinning fluid
/
surface treatment
/
roughness
薄化液对显示屏基板玻璃性能影响的探究[J].
化工新型材料, 2021, 49(5): 262-265 DOI:10.19817/j.cnki.issn 1006-3536.2021.05.059
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