Float glass kiln

 

working principle
The working principle of a float glass kiln is to flow molten glass from the tank kiln into a tin bath containing molten metal. The glass floats on the surface of the tin, and under the action of gravity and surface tension, the glass spreads and flattens on the surface of the tin, forming a glass plate with flat upper and lower surfaces. Then, the glass plate is horizontally pulled out of the tin bath and annealed to obtain the finished product

 

Maintenance and upkeep
The maintenance and upkeep of float glass kilns are crucial for extending their service life. The erosion and burning degree of key parts such as the furnace pool wall, large arches, and heat storage chamber directly affect the service life of the furnace. By taking the correct technical measures, such as improving erosion conditions, the service life of the kiln can be extended, thereby improving the overall economic benefits of the production line

 

Application area 
Float glass is widely used in fields such as construction, automotive, electronics, etc. due to its high flatness and good transparency. Float glass can be further processed into different types such as ultra white glass and colored glass to meet various application needs

Products

Low Porosity Clay Bricks Octagonal Cylinders


Low porosity clay brick is made of high quality coke gem clinker, sintered mullite, three stone as the main raw materials by sintering at high pressure and high temperature.

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Chrome Corundum Bricks (Octagonal Cylinders)


Chromium corundum brick is made of high purity electromolten chromium oxide and alumina powder, adding a small amount of zirconia, sintered at high pressure and high temperature.

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Sillimanite bricks


Mainly used for supporting arches in the heat storage chamber of glass kilns and at the bottom of the melting pool, it features high temperature resistance, high compressive strength, excellent thermal shock stability, and superior high-temperature creep resistance.

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Sintered mullite bricks


Mainly used in the upper part of glass kiln regenerator chambers, small furnace walls, arch tops, molten pool tops, and feeding channels. It has characteristics such as high temperature resistance, good thermal shock stability, and low high-temperature creep rate.

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Low Porosity Clay Bricks


Low porosity clay brick is made of high quality coke gem clinker, sintered mullite, three stone as the main raw materials by sintering at high pressure and high temperature.

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Triple Low Brick


Three lows" means low porosity, low iron and low creep. This brick is made of high-quality pyrophyllite, mullite and trilithon as the main raw materials, matched with composite ultra-fine powder and specific additives, and formed by high-pressure molding and high-temperature sintering. It has the advantages of high-temperature erosion resistance.

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