I’m noticing a trend in our glass production process that could be affecting our output quality. Specifically, the variation in temperature control during the annealing phase seems to correlate with an increase in stress fractures. Has anyone else dealt with similar issues in quality control, and what methods did you find effective in addressing them?
I’ve definitely seen temperature fluctuations during annealing lead to quality issues. One thing that helped us was implementing a more precise monitoring system for temperature, which allowed us to catch inconsistencies earlier. Have you considered using data logging tools to track your annealing cycle?
It sounds like you’re on the right track with monitoring — have you considered using data logging tools to track your annealing cycle? That made a big difference for us in maintaining consistent temperatures. Any other strategies you’ve tried?
Temperature control is so crucial during annealing. I’ve found using real-time thermal imaging to spot fluctuations immediately can really help reduce those stress fractures. Have you tried that yet, @r_ellis101?
This drives me nuts too; i’ve seen the same thing where even slight variations in temperature can lead to major quality issues. It might be worth investing in a more robust temperature control system — we’ve had good results with upgrades in monitoring accuracy.
I’ve definitely run into similar issues with temperature fluctuations during annealing, and , it can be so frustrating… One thing that helped me was adjusting our heating profile based on rapid feedback from our thermocouples. Have you tried switching up your annealing schedule to see if it impacts the stress fractures?