Hollow two-cavity or multi-cavity nanometer composite energy-saving glass and preparing method thereof

A nano-composite, energy-saving glass technology, applied in the field of glass windows, can solve the problems of increased difficulty in construction, small radiation barrier, and increased self-weight of windows.

Inactive Publication Date: 2016-04-27
BEIJING SINO HIGEE SCI & TECH +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

For example, ordinary hollow and vacuum glass have a small radiation barrier rate and poor heat insulation effect in summer; vacuum glass is prone to self-explosion when the temperature difference between indoor and outdoor is large; coated glass is easy to be oxidized and loses heat insulation and energy saving effects, etc.
Three glass window

Method used

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  • Hollow two-cavity or multi-cavity nanometer composite energy-saving glass and preparing method thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0050] 1. Preparation of nano-transparent heat-insulating and energy-saving coatings:

[0051] Adopting polyvinyl butyral PVB resin to be dissolved in ethanol to make a liquid resin with a solid content of 20wt%;

[0052]The tungsten oxide nanomaterial doped with lithium and potassium is ground and homogenized at high speed, and dispersed in ethanol under the action of a silane coupling agent to make a uniform 15wt% pre-dispersion;

[0053] Evenly disperse the pre-dispersion in proportion to 30wt% in the liquid resin, disperse at high speed for 1 hour, and make a transparent heat-insulating and energy-saving coating;

[0054] The above steps are carried out in a workshop with a cleanliness level of 10,000, the ambient humidity is controlled at 30-60%, and the ambient temperature is 25-30°C.

[0055] 2. Production of transparent nanocomposite sheet:

[0056] Material selection: select optical grade 2mm PET sheet;

[0057] Coating: Use coating equipment to coat PET sheets wit...

Embodiment 2

[0062] 1. Preparation of nano-transparent heat-insulating and energy-saving coatings:

[0063] Use PET resin with good transparency and good weather resistance to dissolve in methyl ester to make a liquid resin with a solid content of 40wt%;

[0064] Disperse tin-doped indium oxide nanomaterials in a solvent after high-speed grinding and homogenization to make a uniform 40wt% pre-dispersion;

[0065] Evenly disperse the pre-dispersion in proportion to 30wt% in the liquid resin, and disperse at high speed for 1 hour to make a transparent heat-insulating and energy-saving coating;

[0066] The above steps are carried out in a workshop with a cleanliness of 10,000 grades, the ambient humidity is controlled at 30-60%, and the ambient temperature is 25-30°C.

[0067] 2. Production of transparent nanocomposite sheet:

[0068] Material selection: select optical grade 0.1mm acrylic sheet;

[0069] Coating: Use coating equipment to coat the acrylic sheet with a transparent heat-insu...

Embodiment 3

[0074] 1. Preparation of nano-transparent heat-insulating and energy-saving coatings:

[0075] Adopt PC resin with good transparency and good weather resistance to be dissolved in toluene to make a liquid resin with a solid content of 25wt%;

[0076] The antimony-doped tin oxide nanomaterial is ground at high speed, homogenized, and dispersed in toluene under the action of a cellulose dispersant to prepare a uniform 30wt% pre-dispersion;

[0077] Disperse the pre-dispersion 20wt% evenly in the liquid resin, add an appropriate amount of polyurethane leveling agent, disperse at high speed for 3 hours, and make a transparent heat-insulating and energy-saving coating;

[0078] The above steps are carried out in a workshop with a cleanliness of 10,000 grades, the ambient humidity is controlled at 30-60%, and the ambient temperature is 25-30°C.

[0079] 2. Production of transparent nanocomposite sheet:

[0080] Material selection: select optical grade 1mmPC substrate sheet;

[00...

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Abstract

The invention discloses hollow two-cavity or multi-cavity nanometer composite energy-saving glass, which comprises two pieces of glass, one or more than one transparent nanometer composite sheet material, glass press strips and sealant, wherein the transparent nanometer composite sheet material is clamped in an air layer between the two pieces of glass by the glass press strips, and divides the air layer between the two pieces of glass into two or more than two parts. The high-transparency high-heat-isolation anti-ultraviolet energy-saving nanometer composite sheet material is used for being clamped in the middle of the air layer of the hollow glass and dividing the air layer of the hollow glass into two or more than two parts, so that the heat transmission coefficient K value of window glass is obviously reduced; meanwhile, the sun shading coefficient S<C> value of the window glass is reduced; and the comprehensive energy-saving goal is achieved.

Description

technical field [0001] The invention relates to the technical field of glass windows, in particular to a hollow two-cavity or multi-cavity heat-insulating energy-saving glass and a manufacturing method thereof. Background technique [0002] With the rapid development of society, more and more attention has been paid to energy issues. With the vigorous promotion of national energy conservation and emission reduction policies, my country has further intensified the application of energy-saving materials in new buildings and the energy-saving renovation of existing buildings. Among them, glass doors and windows, as the thin-walled enclosure structure in the building, play the functions of lighting and ventilation. However, just because of the particularity of glass as a material, it has become a relatively large energy-consuming link in construction. It has been demonstrated by many authoritative organizations that the energy lost through glass doors and windows has accounted ...

Claims

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Application Information

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IPC IPC(8): E06B3/67
Inventor 陈建峰曾晓飞孙剑波马高峰
Owner BEIJING SINO HIGEE SCI & TECH
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