2013年4月6日星期六

Ten new glass unique performance analysis

Today, a variety of new glass market to attract people's attention, such as playing broken glass, nails glass, non-reflective glass, security glass, soundproof glass, air conditioning,Cultured Stone Veneer glass and other contests, let's take a look at these new glass The unique properties.

An unbreakable glass
A British aircraft manufacturing company invented a method for aircraft unbreakable glass, it is a folder with debris glued into a transparent plastic film layers of glass. The polyurethane-based plastic film viscous semi-liquid consistency, when someone tries to break it, hit polyurethane film will slowly gather together and restore their own unique integrity. This glass can be used in cars, to prevent car theft.


Ten new glass unique performance analysis
2 nails glass
Mitsubishi Electronic Instrumentation Laboratory successful development of this glass, borate glass powder and carbon fiber mixed, heated to 1000 degrees Celsius made. It is the use of cemented carbide strengthening glass, maximum breaking stress of more than 2 times that of general glass, of no brittle vulnerability staple and mounted wood screws, do not have to worry about broken.
3 non-reflective glass
Developed by the German SCHOTT glass non-reflective glass, light reflection is only less than 1% (8%) ordinary glass, so as to solve the reflective glass and dizzying headache.
4 anti-theft glass
A Hungarian Institute developed a multilayer structure of such glass, fitted with extra-fine metal wires each layer of the intermediate case thieves crushed glass, with the metal wire is connected to the alarm system will immediately send an alarm signal.
5 soundproof glass
A Japanese company imported technology from Germany, to create a new type of soundproof glass. This glass is a soft resin with a thickness of 5 mm of the two layers of glass laminated together, will almost portion noise absorbing exhausted, particularly to Good studio and studio use. Its price is equivalent to five times that of ordinary glass.
6 air-conditioned glass
This is a double glass processing manufacturing, Heating can be sent to the glass sandwich, distributed through vents into the room, instead of the radiator. This not only saves energy, but also convenient, noise and dust, can also be changed to send the air conditioning in the summer.
(7) vacuum glass
Development of such a vacuum glass capsule plate glass, has a 0.2-mm interval of 1/100 atm vacuum layer between two sheets of a thickness of 3 mm glass, the inner layer there is a small metal cylinder support to prevent the external atmospheric pressure so that the two pieces of glass paste together. This vacuum glass thickness of only 6.2 mm, can be mounted directly on the window frame. It has good heat insulation effect, applicable to the windows of homes and high-rise buildings.
8 smart glass
This glass transparency developed by the United States can change as the viewing angle changes, it has a special polymer film, astigmatism, thickness, area, and forms can be freedom of choice by the manufacturer, which allows you to play a protective and the shielding effect.
9 holographic glass
Boston research team developed a holographic diffraction glass, Cultured Stone Veneer certain colors of light can be concentrated to the selected orientation. Glass windows with natural light can be broken down into spectral combination of color and light shooting at the ceiling and then reflected to every corner of the room, even a room without windows, but also through the ventilation pipe from the reflective wall "" Sunshine, and then perforations diffuses light to the ceiling.

10 thermostat glass
British company successfully developed is called cloud plastic the thermochromic thermostat glass, it is a both sides of the plastic film and sandwiched between the polymer color solvent synthetic glass. It was transparent in the cold environment, absorb the sun's heat, until the ambient temperature rises and becomes opaque white clouds color, and block the sun's heat, in order to effectively play the role of regulating the indoor temperature.

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