判断13gSSS无纺布工艺稳定性的跟踪测试数据

判断13gSSS无纺布生产工艺的稳定性。这个结果可以与客户使用该产品的反馈相结合，综合判定该生产工艺的稳定性，内部跟踪测试可以算作一种自我验证的过程，可以做到对自己的生产工艺心中有数，对后续调整工艺有一定的参考价值。1.数据收集：通过测试记录无纺布的断裂强力数据，包括横向断裂强力、纵向断裂强力、横向断裂伸长率、纵向断裂伸长率，使用表格中设置的公式计算出这些数据的算术平均值、最大值和最小值。2.数据计算：以第一次测试(下机测试)的平均值数据为基准，跟之后的测试平均值进行差值计算得出偏差值(N)，再将偏差值÷下机测试平均值得出偏差百分比(%);3.数据分析：根据最后一次测试的差值和偏差值数据可以知道这款产品最终的断裂强力衰减程度，同时将每一次测试的平均值单独列出，参考公司内控标准，对照最后一次老化的测试数据，判定其是否合格，合格则代表工艺相对稳定，可以满足客户的需求，大批量生产的风险不大。

This task aims to evaluate the stability of the 13gSSS non-woven fabric production process. The results can be combined with customer feedback on the product to comprehensively judge the stability of the production process. Internal tracking tests can serve as a self-validation procedure, enabling manufacturers to have a clear understanding of their own production processes and provide certain reference values for subsequent process adjustments.
1. Data Collection: Test and record the breaking strength data of non-woven fabrics, including transverse breaking strength, longitudinal breaking strength, transverse breaking elongation, and longitudinal breaking elongation. Calculate the arithmetic mean, maximum and minimum values of these data using the formulas set in the table.
2. Data Calculation: Take the average data of the first test (off-machine test) as the benchmark, calculate the difference between it and the average values of subsequent tests to obtain the deviation value (N), then divide the deviation value by the off-machine test average to obtain the deviation percentage (%).
3. Data Analysis: The final breaking strength attenuation degree of this product can be known from the difference and deviation value data of the last test. At the same time, list the average value of each test separately, refer to the company's internal control standards, and compare with the final aging test data to determine whether it is qualified. If qualified, it means that the process is relatively stable, can meet customer needs, and the risk of mass production is low.