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Acid Polishing of Lead Crystal Glass

机译:铅晶玻璃的酸抛光

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摘要

The industrial partner manufactures high quality lead crystal glassware. The cutting of decorative features in the glass damages the surface and the cuts are optically opaque; to restore transparency, the glass is polished in a solution of hydrofluoric (HF) and sulphuric acid (H2 SO4 .) The polishing process comprises three stages:ud 1. immersion in a polishing tank containing acid;ud 2. rinsing in a tank containing water; andud 3. settlement of the solid reaction products in a settlement tank.udThe manufacturer hopes to optimise its polishing process toud • minimise the health/environmental impact of the process;ud • maximise throughput;ud • maintain the sharpness of the cut edges while still polishing to an acceptable level of transparency.ududThe study group was asked to focus on modelling three aspects of the process:ud • the chemical reactions involved in the etching at the glass-acid solution interface;ud • the removal of reaction products in the settlement tank;ud • flow within the polishing tank.
机译:该工业伙伴生产高质量的铅晶体玻璃器皿。切割玻璃上的装饰性特征会损坏表面,并且切口是不透光的。为了恢复透明性,可在氢氟酸(HF)和硫酸(H2 SO4)溶液中对玻璃进行抛光。抛光过程包括三个阶段:1.将其浸入装有酸的抛光槽中; 2.将其冲洗水箱和 ud 3.将固体反应产物沉淀在沉淀罐中。 ud制造商希望优化其抛光工艺,以使 ud•最小化该工艺对健康/环境的影响; ud•最大化产量; ud•保持切割边缘的锐度,同时仍然抛光至可接受的透明度。 ud ud要求研究组着重对工艺的三个方面进行建模: ud•在玻璃酸溶液界面进行蚀刻所涉及的化学反应; ud•去除沉淀池中的反应产物; ud•在抛光池中流动。

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