The match between the glass compositions and the overflow refractory is crucial for glass fusing draw processes. Static experiments and interface analysis were carried out to study the erosion influence of different components of lithium aluminosilicate glass on zircon overflow refractory. The experimental results show that the influence of sodium oxide content on the erosion of zircon overflow refractory is most significant. The higher the sodium oxide content, the lower the zircon breakdown temperature. As the same glass composition, the higher the temperature, the worse the erosion.

The corrosion of high lithium glass on fused cast zirconia corundum bricks were studied through static and dynamic erosion experiments. The surface composition of cast zirconia corundum bricks after corrosion by high-lithium glass liquid in actual production was tested. So as to correctly find the reasons of the corrosion of high-lithium glass on fused cast zirconia corundum bricks in actual production. The research results show that the lithium element in the raw material seriously erodes the fused cast zirconia corundum brick, which is due to the small lithium ionic radius, low valence, and large diffusion coefficient, which makes it easier to react with the acid oxide SiO2 and amphoteric oxide A12O3 in the fused cast zirconia corundum brick, thus causing erosion.

Feeder is a high temperature-running equipment used to cut off molten glass. Therefore，it is necessary to use cooling water and cooling wind to cool the equipment. At the same time, compressed air is required to drive and run feeder. The application history of the feeder was reviewed and the usage of cooling water, cooling air, and compressed air were discussed. It has a reference value for relevant enterprises.

The design characteristics, special structure, melting quality, shutdown status and overhaul scheme of the 200 t/d coal gas-fired furnace for lightweight beer bottle are elaborated. The problems that exist during one cycle of furnace operation are analyzed and summarized in this article. It is expected to provide some technical references for workers in enterprises and institutions engaged in the production of lightweight beer bottles in this industry.

The packaging quality of photoelectric displays glass substrates is crucial for the smooth use of the product on the client side. Poor packaging may cause problems such as fragments, adhesive tapes, and film detachment. This article explores the factors affecting the variation in corner thickness during the packaging process and proposes control measures to mitigate this issue. These measures include replacing rubber with low-friction coefficient polypropylene (PP), utilizing ultrasonic thickness measurement, and incorporating slotting on the baseboard. The implementing methods can enhance the packaging quality of glass substrates, improve customer satisfaction, and enhance market competitiveness.

An new automatic edge breaking device was designed to improve the shortcomings and deficiencies of the glass turning equipment in the previous glass deep processing production line. The innovative design of its specific structure and function is carried out to solve some problems in actual production to adapt to the new production process.

Standardization work in the field of enamel plays a fundamental and leading role in promoting the high-quality development of enamel industry in China. The enamel standardization system status quo, standard policies, and standardization work development were introduced, and the comprehensive development direction for standardization work was proposed, providing reference for enamel standardization work.

The benefits of oxy-fuel combustion for glass melting relative to air-fuel combustion are fairly well-known because of lower capital cost, higher fuel efficiency, reduced NOx emissions and higher glass quality. The oxygen staging combustion technology in the oxy-fuel system was discussed, which added performance and emissions benefits that can be realized in the glass industry.

The typical defects in the forming process of toughened glass insulator were studied and the causing reasons were analyzed. The forming process was adjusted and the preventive measures to be taken were clarified. Therefore the stability and consistency of product quality can be ensured and the qualified rate of product also can be improved.