A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of quartz crucible processing, and discloses a high-strength quartz crucible heat treatment method which comprises the following steps: S1, checking raw materials, and detecting a dissolved and demoulded quartz crucible; s2, sand blasting and grinding: carrying out sand blasting and grinding treatment on the quartz crucible which is detected to be qualified; s3, flushing, namely flushing the quartz crucible subjected to sand blasting and grinding with tap water, and after flushing, inversely covering the quartz crucible on a frame to spray water drops on the surface of the quartz crucible; s4, soaking: putting the washed quartz crucible into a quartz crucible basket, and then putting the quartz crucible basket and the quartz crucible basket into a mixed solution for soaking; and S5, cleaning. According to the method, the quartz crucible is subjected to heat treatment, so that the quartz crucible has good strength, the service life of the quartz crucible is prolonged, the content of metal impurities on the surface of the quartz crucible can be reduced through soaking treatment, the bubble concentration on the inner surface of the crucible can be reduced, and meanwhile microparticles on the surface of the quartz crucible can be removed.
本发明涉及石英坩埚加工技术领域，且公开了一种高强石英坩埚热处理方法，包括以下步骤：S1：检查原料，对溶制好脱模后的石英坩埚进行检测；S2：喷砂研磨，对检测合格的石英坩埚进行喷砂和研磨处理；S3：冲洗，将经喷砂研磨后的石英坩埚用自来水冲洗，冲洗后倒扣在架子上淋去表面的水滴；S4：浸泡，将冲洗后的石英坩埚置于石英坩埚篮中，然后一起放入混合液中浸泡；S5：清洗。本发明通过对石英坩埚进行热处理的步骤，能够使其具有良好的强度，提高其使用寿命，通过浸泡处理能够降低石英坩埚的表面金属杂质含量，降低坩埚内表面的气泡浓度，同时还可清除石英坩埚表面的微颗粒。
The invention relates to the technical field of quartz crucible processing, and discloses a high-strength quartz crucible heat treatment method which comprises the following steps: S1, checking raw materials, and detecting a dissolved and demoulded quartz crucible; s2, sand blasting and grinding: carrying out sand blasting and grinding treatment on the quartz crucible which is detected to be qualified; s3, flushing, namely flushing the quartz crucible subjected to sand blasting and grinding with tap water, and after flushing, inversely covering the quartz crucible on a frame to spray water drops on the surface of the quartz crucible; s4, soaking: putting the washed quartz crucible into a quartz crucible basket, and then putting the quartz crucible basket and the quartz crucible basket into a mixed solution for soaking; and S5, cleaning. According to the method, the quartz crucible is subjected to heat treatment, so that the quartz crucible has good strength, the service life of the quartz crucible is prolonged, the content of metal impurities on the surface of the quartz crucible can be reduced through soaking treatment, the bubble concentration on the inner surface of the crucible can be reduced, and meanwhile microparticles on the surface of the quartz crucible can be removed.
本发明涉及石英坩埚加工技术领域，且公开了一种高强石英坩埚热处理方法，包括以下步骤：S1：检查原料，对溶制好脱模后的石英坩埚进行检测；S2：喷砂研磨，对检测合格的石英坩埚进行喷砂和研磨处理；S3：冲洗，将经喷砂研磨后的石英坩埚用自来水冲洗，冲洗后倒扣在架子上淋去表面的水滴；S4：浸泡，将冲洗后的石英坩埚置于石英坩埚篮中，然后一起放入混合液中浸泡；S5：清洗。本发明通过对石英坩埚进行热处理的步骤，能够使其具有良好的强度，提高其使用寿命，通过浸泡处理能够降低石英坩埚的表面金属杂质含量，降低坩埚内表面的气泡浓度，同时还可清除石英坩埚表面的微颗粒。
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