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Pre-stress composite glass plate and manufacturing process thereof

A production process and prestressing technology, applied in the direction of glass/slag layered products, layered products, metal layered products, etc., can solve the problems of poor impact resistance, application limitations, fragility, etc., and achieve high crack resistance Effect

Inactive Publication Date: 2013-01-09
吕孟龙
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] Glass, tempered glass, glass-ceramics and other vitreous materials are very fragile, especially when the thickness is very thin, the impact resistance is extremely poor. Because of this, the application of such materials is limited

Method used

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  • Pre-stress composite glass plate and manufacturing process thereof
  • Pre-stress composite glass plate and manufacturing process thereof
  • Pre-stress composite glass plate and manufacturing process thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0040] The prestressed composite glass plate of this embodiment is composed of three layers, see figure 1 , the surface layer is a glass thin plate layer (1), the bottom layer is a prestressed layer (2), and the middle is bonded by a locking force structure (3).

[0041] The vitreous thin plate layer (1) is a thin plate layer made of brittle vitreous materials such as glass plate, tempered glass plate, glass-ceramic plate, etc., and the initial state of the thin plate layer is flake. The vitreous sheet layer (1) used here can undergo various beautification treatments, such as coating, baking paint, printing, sandblasting, frosting, hand-painting, engraving, and the like.

[0042] The prestressed layer (2) can be made of copper plate, aluminum plate, aluminum alloy plate, iron plate, galvanized steel plate, steel mesh, stainless steel, etc. The steel mesh can also effectively strengthen the glass after being bonded to the glass material by the bonding material. The strength of...

Embodiment 2

[0046] The prestressed composite glass plate of this embodiment is composed of three layers, see figure 2 , the surface layer is a glass thin plate layer (1), the middle is a prestressed layer (2), which is fixed by the locking force structure (3), and a functional material layer (4) is added at the bottom, which not only increases the overall rigidity of the plate, The prestressed layer (2) is protected, and its bonding strength with the decorated surface can be increased.

[0047] The vitreous thin plate layer (1) is a thin plate layer made of brittle vitreous materials such as glass plate, tempered glass plate, glass-ceramic plate, etc., and the initial state of the thin plate layer is flake. The vitreous sheet layer (1) used here can undergo various beautification treatments, such as coating, baking paint, printing, sandblasting, frosting, hand-painting, engraving, and the like.

[0048] The locking force structure (3) here is an edge anchoring structure, which anchors t...

Embodiment 3

[0054] The prestressed composite glass plate of this embodiment is composed of four layers, see image 3 , the surface layer is a vitreous sheet layer (1), and the bottom surface is a prestressed layer (2). To increase the decorative properties of the board, it can be made of metal sheet, reflective film, fiber cloth and other materials.

[0055] The vitreous thin plate layer (1) is a thin plate layer made of brittle vitreous materials such as glass plate, tempered glass plate, glass-ceramic plate, etc., and the initial state of the thin plate layer is flake. The vitreous sheet layer (1) used here can undergo various beautification treatments, such as coating, baking paint, printing, sandblasting, frosting, hand-painting, engraving, and the like.

[0056] The prestressed layer (2) can be made of copper plate, aluminum plate, aluminum alloy plate, iron plate, galvanized steel plate, steel mesh, stainless steel plate, etc. Here, the prestressed layer (2) is made into a corrugat...

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Abstract

The invention relates to a decorative material and a manufacturing process thereof. The decorative material is applied to the field of buildings, furniture and the like, and the invention particularly relates to a pre-stress composite glass plate which takes a glass material as a surface layer, and a manufacturing process thereof. The pre-stress composite glass plate is formed by compounding a glass thin-plate layer (1) and a pre-stress layer (2) by a locking force structure (3); the glass thin-plate layer (1) is a thin-plate layer which is made of fragile glass materials including a glass plate, a toughened glass plate, a micro-crystalline glass plate and the like; the original state of the thin-sheet layer is in a sheet shape and the thin-sheet layer is formed by arraying one or more pieces; the pre-stress layer (2) is a sheet-shaped tensile structure layer; and the structure layer and the glass thin-plate layer (1) are placed in parallel. The manufacturing process of the pre-stress composite glass plate can adopt a thermal solidification method, comprising the following steps of: checking the appearance and the size; washing the material; drying; combining the sheet and heating; cooling; checking a product; and packaging.

Description

technical field [0001] The invention relates to a decorative material and a production process thereof. The decorative material is used in the fields of architecture, furniture, machinery and equipment, writing boards and the like, in particular to a prestressed composite glass plate with a vitreous material as a surface layer and its production craft. Background technique [0002] Glass, tempered glass, glass-ceramic and other vitreous materials are very fragile, especially when the thickness is very thin, and the impact resistance is extremely poor. Because of this, the application of such materials is limited. [0003] The patents filed by me on August 2, 2010 with the application numbers of 201010242658.5 and 201020279289.2 titled composite glass decorative panels enable vitreous materials to have some unique properties that other types of vitreous materials do not have, and expand the application of vitreous materials . [0004] On May 8, 2004, Shanghai Yaohua Pilking...

Claims

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Application Information

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IPC IPC(8): B32B15/04B32B17/00B32B7/10B32B3/06
Inventor 吕孟龙
Owner 吕孟龙
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