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Method of producing high-temperature decoration-firing glass container

A glass container and roasted flower technology, applied in glass forming, glass blowing, glass manufacturing equipment and other directions, can solve problems such as weak bonding, and achieve the effects of strong three-dimensional sense, clear layers and high production efficiency.

Inactive Publication Date: 2016-06-15
徐州市奥成玻璃制品有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] my country's glass container market has already introduced printing technology. This kind of product that prints exquisite patterns and trademarks on the surface of glass containers has been adopted by many companies. One, but its bond is not strong

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0013] Send the cullet, local quartz sand, soda ash, albite, calcite, sodium sulfate, and cobalt powder into the batching machine, mix them evenly, and then send them into the glass kiln. Raise the medium temperature of the glass kiln to 1550°C and keep The temperature is 26 hours, so that the material in the kiln reaches a molten state to obtain a glass melt, and the glass melt is sent to a blowing machine to be blown into containers of various shapes. The glass container is then naturally cooled to 750°C; the glass container that has been naturally cooled to 750°C is sent to the annealing box, and the temperature in the annealing box is 730°C. Cool to room temperature; put the glass container at room temperature into the film laminating machine, paste the non-tear film water label on its outer surface, and then send it into the baking furnace. The temperature in the baking furnace is adjusted to 605 ° C. Keep an eye on the fire to observe the firing situation in the baking f...

Embodiment 2

[0015] Send the cullet, local quartz sand, soda ash, albite, calcite, sodium sulfate, and cobalt powder into the batching machine, mix them evenly, and then send them into the glass kiln. Raise the medium temperature of the glass kiln to 1555°C and keep The temperature is 25 hours, so that the material in the kiln reaches a molten state to obtain a glass melt, and the glass melt is sent to a blowing machine, blown into containers of various shapes, and the glass container is solidified after cooling down to 1005 ° C, and the solidified molded The glass container is then naturally cooled to 750°C; the glass container that has been naturally cooled to 750°C is sent to the annealing box, and the temperature in the annealing box is 735°C. Cool to room temperature; put the glass container at room temperature into the film laminating machine, paste the non-tear film water label on its outer surface, and then send it into the baking furnace. The temperature in the baking furnace is ad...

Embodiment 3

[0017] Send the broken glass, local quartz sand, soda ash, albite, calcite, sodium sulfate, and cobalt powder into the batching machine, mix them evenly, and then send them into the glass kiln. The temperature is 24 hours, so that the material in the kiln reaches a molten state to obtain a glass melt, and the glass melt is sent to a blowing machine, blown into containers of various shapes, and the glass container is solidified after cooling down to 1010 ° C, and the solidified mold The glass container is then naturally cooled to 750°C; the glass container that has been naturally cooled to 750°C is sent to the annealing box, and the temperature in the annealing box is 740°C. Cool to room temperature; put the glass container at room temperature into the film laminating machine, paste the non-tear film water label on its outer surface, and then send it into the baking furnace. Keep an eye on the fire to observe the firing situation in the baking furnace. As the temperature rises,...

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PUM

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Abstract

The invention discloses a method of producing a high-temperature decoration-firing glass container. The method belongs to the field of manufacturing glass containers. Raw materials comprise: broken glass, local quartz sand, sodium carbonate, albite, calcite, anhydrous sodium sulphate, cobalt powder and a film. The method includes the steps of material preparation, melting, glass blowing, annealing, film lamination, and decoration firing. The method employs general devices, is simple in operation, is high in production yield and good in product quality, is environment-friendly and is suitable for industrial production. A non-dyestripping water label is free of dyestripping after water slide decal, so that the method is simple in operation. The decal, which has fine patterns, clear layering sense and strong stereo sense, can be formed at the decoration-firing temperature of higher than 600 DEG C.

Description

technical field [0001] The invention belongs to the field of glass container manufacturing, in particular to a method for high-temperature embossing on the surface of a glass container. Background technique [0002] my country's glass container market has already introduced printing technology. This kind of product that prints exquisite patterns and trademarks on the surface of glass containers has been adopted by many companies. One, but its bond is not strong. With the development of science and technology, people's requirements for glass containers are getting higher and higher, and decal glass containers have gradually entered people's field of vision. The images of decals are colorful and never fade. Wine, wear-resistant, high firmness, high hardness, elegant and gorgeous, become the first choice for high-end glass containers. The so-called baked flower is a kind of exquisite pattern printed on the outer surface of the glass container that cannot be removed. The proces...

Claims

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Application Information

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IPC IPC(8): C03B9/00C03C25/00C03C6/04
Inventor 赵永成
Owner 徐州市奥成玻璃制品有限公司
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