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A silver-titanium composite functional layer low-radiation energy-saving glass and its preparation method

A composite function, energy-saving glass technology, applied in the field of silver-titanium composite functional layer low-emission energy-saving glass and its preparation field, can solve the problems of poor weather resistance, poor corrosion resistance, loss of low-emission energy-saving effect, reduced energy-saving effect, etc., to achieve corrosion resistance. Strong performance, suitable for off-site processing and transportation, and the effect of improving weather resistance

Active Publication Date: 2016-03-02
江苏汇景薄膜科技有限公司
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  • Abstract
  • Description
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  • Application Information

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Problems solved by technology

At present, most of the traditional low-emissivity energy-saving glass uses metallic silver as the film material of the low-emissivity layer, and other film layers mainly play the role of protecting and isolating the silver film layer. , is easily oxidized and loses the low-radiation energy-saving effect. Therefore, this type of energy-saving glass has poor weather resistance and corrosion resistance when used, and the service life of glass products is easily affected by it. The energy-saving effect in actual use will gradually decrease. reduce
At the same time, because silver is easily oxidized, it is not suitable for off-site processing, and special attention needs to be paid during transportation, resulting in increased costs

Method used

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  • A silver-titanium composite functional layer low-radiation energy-saving glass and its preparation method

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Embodiment 1

[0027] refer to figure 1 Said, a silver-titanium composite functional layer low-radiation energy-saving glass, the continuous deposition barrier layer sequentially stacked on the coated glass substrate, the first indium tin oxide film layer, silver titanium composite functional layer, the second indium tin oxide film layer ,The protective layer. The barrier layer is used to prevent sodium ions and calcium ions in the glass substrate from entering the functional layer to affect the energy-saving effect. The material of the barrier layer can be silicon oxide or silicon nitride. Silicon oxide or silicon nitride is non-toxic and pollution-free, and is resistant to corrosion and Wear-resistant, the thickness of the layer is 25-35nm; the first indium tin oxide film layer and the second indium tin oxide film layer can effectively reflect infrared rays, cut off part of ultraviolet rays, further improve the energy-saving effect, and the chemical resistance of indium tin oxide film It ...

Embodiment 2

[0031]The invention discloses a method for preparing multifunctional low-radiation energy-saving glass, which adopts manual or automatic coating, and puts the coating surface of the glass substrate in the direction facing the target material into the substrate frame and sends it into the magnetron sputtering equipment. After the glass substrate is sent into the magnetron sputtering chamber, turn on the mechanical pump to evacuate. According to the production cycle requirements, when the vacuum degree reaches the order of 1Pa, start the transmission system and open the isolation valve between the chamber and the buffer chamber. , the substrate rack enters the buffer chamber, open the vacuum to about 0.1Pa, open the isolation valve, enter the process chamber, turn on the vacuum pump to evacuate to 1.0-4Pa, fill in the working gas argon, process gas oxygen or nitrogen (according to Silicon oxide and silicon nitride are different, for the convenience of the front and rear processes...

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Abstract

The invention discloses a low-radiation energy-saving glass with a silver-titanium composite functional layer and a preparation method thereof. A functional layer, a second indium tin oxide film layer, and a protective layer. The silver-titanium composite functional layer uses metal silver layer and metal titanium layer to achieve low emissivity, high visible light transmittance, and high infrared reflectivity. The silver layer mainly achieves low resistance and improves infrared reflectivity. The metal titanium layer can further reduce surface resistance. While protecting the silver layer from pollution; compared with the traditional silver-based low-emissivity energy-saving glass, the present invention has the advantages of strong weather resistance, adjustable color, low emissivity, etc., and the process flow is simple.

Description

technical field [0001] The invention relates to a coated energy-saving glass and a preparation method thereof, in particular to a silver-titanium composite functional layer low-radiation energy-saving glass and a preparation method thereof. Background technique [0002] Low-radiation energy-saving glass plays an important role in the energy-saving aspects of buildings and automobiles, and has become an important development direction for energy-saving and emission-reduction development. Low-radiation energy-saving glass is a filter material developed in recent years. It uniformly coats a film system on the surface of float flat glass by online or offline coating methods, which can effectively improve the infrared reflectivity of the glass surface and reduce ultraviolet rays, etc. At the same time, visible light can pass through effectively without affecting indoor lighting. Through the above controllable and selective filtering of light, infrared and ultraviolet rays can be...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): C03C17/36
Inventor 刘战合周钧敖巍巍韩汇如
Owner 江苏汇景薄膜科技有限公司
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