Analyzing the service life of glass kilns

The service life of glass furnaces in glass furnace engineering is related to the raw materials used for refractory materials.
Prioritizing the use of high-grade refractory materials is definitely beneficial for the application of lifespan. Firstly, select suitable materials based on the planned lifespan, especially refractory materials with different materials selected based on different parts. The use of lifespan and reasonable normal protection from manufacturers also have significant factors. One of the ways to extend the lifespan of the kiln is for manufacturers to promptly handle the redness of the furnace body and the leakage of materials in the brick joints.
Usually, the lifespan of kilns refers to the cold furnace overhaul period, during which small-scale hot repairs can be carried out, such as commonly used methods such as patching, tiling, and forced cooling. To improve the lifespan of kilns, it is necessary to strictly follow the technology and thermal system of electric furnaces for production operations, prevent multiple power outages and water shutdowns, prevent significant fluctuations in output value, prevent frequent material changes, and prevent improper management. The construction of glass kilns also affects their lifespan.
Different formulas are suitable for different furnace types, mainly considering the corrosion of refractory materials caused by forced convection of glass in electric furnaces. After planning appropriate structures, ensuring the refractory materials of various parts, especially the corrosion resistance of the lining bricks, is an important factor in ensuring the lifespan of the electric furnace. The material formula is also one of the factors that affects the lifespan of the kiln.
Different materials have different impacts on electric bricks and electrodes. For example, general sodium calcium glass electric furnaces have a higher lifespan, while formula kilns containing titanium, barium, and fluoride have a shorter lifespan.