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A kind of green low-radiation energy-saving glass

A low-emissivity coating and white glass substrate technology, applied in the direction of glass/slag layered products, layered products, chemical instruments and methods, etc., can solve the problems of greenish transmission color and high cost of low-emissivity glass, and achieve stability Good performance, high commercial value, and the effect of reducing scrap rate

Active Publication Date: 2015-09-02
SICHUAN NANBO ENERGY SAVING GLASS CO LTD
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  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to overcome the disadvantages of green glass coating in the prior art, such as the high cost of making low-emissivity glass, the transmission color is greenish, etc., and provide a low-emission coated white glass imitating green glass coated with Low-E film.

Method used

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  • A kind of green low-radiation energy-saving glass
  • A kind of green low-radiation energy-saving glass

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Experimental program
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Effect test

Embodiment 1

[0026] Select 6mm high-quality high-quality float white glass substrate (1), and use the vacuum magnetron cathode sputtering method to coat the film. From the inside to the outside, the film system is as follows: the first layer (2) uses silicon nitride with a thickness of 8nm, and the second layer (3 ) adopts nickel-chromium with a thickness of 10nm, the third layer (4) adopts zinc tin oxide with a thickness of 78nm, the fourth layer (5) adopts silver Ag with a thickness of 9nm, the fifth layer (6) adopts nickel-chromium with a thickness of 3.6nm, and the sixth layer (7 ) using silicon nitride with a thickness of 20nm.

Embodiment 2

[0028] Select 6mm high-quality high-quality float white glass substrate, and use vacuum magnetron cathode sputtering method to coat the film. From the inside to the outside, the film system is as follows: the first layer is made of silicon nitride with a thickness of 11nm, the second layer is made of nickel chromium with a thickness of 7nm, and the third layer is made of nickel chromium with a thickness of 7nm. The first layer is made of silicon nitride with a thickness of 67nm, the fourth layer is made of silver Ag with a thickness of 6.5nm, the fifth layer is made of nickel chromium with a thickness of 3.3nm, and the sixth layer is made of zinc aluminum oxide with a thickness of 20nm.

Embodiment 3

[0030] Select 6mm high-quality high-quality float white glass substrate, and use vacuum magnetron cathode sputtering method to coat the film. From the inside to the outside, the film system is as follows: the first layer is made of silicon nitride with a thickness of 7nm, the second layer is made of nickel chromium with a thickness of 7nm, and the third layer is made of nickel chromium with a thickness of 7nm. The first layer is made of zinc tin oxide with a thickness of 69nm, the fourth layer is made of silver Ag with a thickness of 6nm, the fifth layer is made of nickel chromium with a thickness of 2nm, and the sixth layer is made of silicon nitride with a thickness of 20nm.

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Abstract

The invention discloses low-emissivity coated glass. According to the low-emissivity coated white glass, a first bottoming dielectric layer, a second barrier layer, a third dielectric layer, a fourth functional layer Ag (silver) layer, a fifth protecting layer and a sixth protecting layer are sequentially plated on a high-quality float glass substrate; the first bottoming dielectric layer can be made of SiNx (silicon nitride), ZnO (zinc oxide), ZnSnO (zinc stannum oxide) or TiOx (titanium oxide); the second barrier layer can be a NiCr (nickel-chromium) or Cr (chromium) layer; the third dielectric layer can be made of SiNx, ZnO, ZnSnO or TiOx; the fourth functional layer is an Ag layer; the fifth protecting layer can be a NiCr or Cr layer; and the sixth protecting layer can be a ZnO, ZnSnO, AZO (aluminum zinc oxide), SiNx or TiOx layer. The LOW-E (low-emissivity) coated white glass disclosed by the invention imitates the appearance effect of the green LOW-E coated glass, the rejection rate in a coating process is reduced, the production cost of the LOW-E glass is reduced, and the transmission color is closer to neutral.

Description

technical field [0001] The invention relates to a low-radiation energy-saving glass, in particular to a green low-radiation energy-saving glass. Background technique [0002] Low-E glass, also known as low-emissivity glass, Low-E coated glass is to use different materials to deposit a new material surface on the surface of the glass substrate to change the optical, electrical, mechanical and chemical properties of the glass to achieve decoration. , energy saving, environmental protection and other purposes of glass deep processing products. Compared with ordinary glass and heat-reflective coated glass, Low-E film has the following obvious advantages: it has high reflectivity to far-infrared radiation and maintains good light transmission performance, which can reduce indoor heat loss and maintain indoor temperature, thereby playing a role The role of energy saving. [0003] Green glass coated with Low-E film (green glass, commonly used F green glass) has good appearance de...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B32B17/06C03C17/36
Inventor 徐伯永李建根
Owner SICHUAN NANBO ENERGY SAVING GLASS CO LTD
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