半自动荧光渗透检测流水线的工艺优化

详细信息

Process optimization of semi-automatic fluorescent penetrant inspection assembly line

摘要: 介绍了大批量小尺寸管配件半自动荧光渗透检测流水线的工艺优化，在保证渗透检测灵敏度的前提下，从吊运料架、干燥方式、滴落时间、清洗方式、清洗时间、补充清洗方式、显像方式等方面优化了渗透检测工艺。该优化工艺取得了提高检测效率、减少耗材、降低成本、改善检测效果、提高检测灵敏度、有效控制污染等效果。
- 半自动 /
- 荧光渗透检测 /
- 管配件
Abstract: Present paper aims to introduce the process optimization of the semi-automatic fluorescent penetrant inspection line for large batches of small-size pipe fittings. Under the premise of ensuring the sensitivity of penetrant detection, the penetrant inspection process has been optimized by considering all its aspects such as the lifting of the rack, the drying method, the dripping time, the cleaning method, the cleaning time, the supplementary cleaning method, and the display. Improvement in detection efficiency was achieved and the consumables and the overall cost were reduced. Other improvement includes the increment of detection results and detection sensitivity, and it is also effective in controlling the pollution.
- semi-automatic /
- fluorescence penetration testing /
- pipe fitting

[1]	胡学知, 郑晖,邢兆辉.渗透检测[M].北京:中国劳动社会保障出版社,2007.
[2]	董务江, 胡诚,冯佩军. 荧光渗透检测中渗透温度对灵敏度的影响及其对策[J]. 无损检测, 2017, 39(9):80-82.
[3]	王树志, 刘广华,王本志,等. 表面状态对钛合金铸件荧光渗透检测结果的影响[J]. 无损检测, 2017, 39(10):54-58.
[4]	李慧娟, 朱芳镇,匡海,等. 荧光渗透检测黑光灯有效辐照范围的校验方法[J]. 无损检测, 2010, 32(2):146-148.