In the realm of tempered glass processing, ensuring that the final product meets stringent quality standards is paramount.
However, challenges can arise when the fragments of tempered glass do not meet the desired specifications. When faced with this issue, it is essential to implement targeted measures to rectify the situation and optimize the production process.
One common problem that may result in oversized fragments of tempered glass is inadequate wind pressure during the tempering cooling process. To tackle this issue effectively, operators are advised to adjust the tempering parameters by increasing the wind pressure in the quenching section. By doing so, the cooling process can be enhanced, leading to a reduction in the size of the glass fragments. Additionally, considering a moderate reduction in the distance between the upper and lower tempering chiller can further improve the cooling effect and help achieve the desired fragment size.
Another factor that can contribute to non-standard glass fragments is the glass’s low exit temperature from the furnace. To address this concern, modifications to the tempering parameters are recommended. Operators can increase the set temperature or prolong the heating time of the glass in the heating furnace to ensure that the glass reaches the appropriate exit temperature. By fine-tuning these parameters, the glass fragments can be brought into compliance with the specified requirements.
In conclusion, when faced with tempered glass fragments that do not meet standards, it is crucial to focus on adjusting key parameters such as tempering wind pressure and exit temperature. Through meticulous experimentation and continuous refinement of these parameters, it is possible to identify the optimal settings that result in the production of high-quality tempered glass fragments. By implementing these measures, manufacturers can enhance the overall quality of their tempered glass products and uphold the highest standards in the industry.
Source: GlassBalkan
