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Gobind Glass House

Ludhiana, Punjab

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smart glasses

 
Rs 80/ Square Feet(s)
Rs 50/ Square Feet
Rs 80/ Square Feet
Rs 80/ Square Feet
Rs 5,000/ Square Feet
Rs 80/ Square Feet
Rs 2,000/ Square Feet

Railing with Crack Glass with LED Light
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Railing with Crack Glass with LED Light

Rs 380 / Square Feet(s)Get Latest Price

This product is specially designed for led light in railing system. But we develop it with Crack glass effect also. It will possible in frosted glass, clear glass, and tinted colored glasses

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Smart Glass
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Smart Glass

Rs 80 / Square Feet(s)Get Latest Price

In recent years, the market for light-control glass has expanded due to the increasing demands for energy efficiency and heat and light control, automated shading, privacy, and design and engineering innovation.

Smart Glass or Switchable Glass
is a product of cutting-edge technology that allows users to block either all light or just some by simply turning a knob or pressing a button. This type of light control could potentially save tremendously on heating, cooling and lighting.
Smart Glass technology basically means controlling the transmission of light through glass by using electrical power. By applying a variable voltage to the glass, the amount of transmitted light can be controlled. Switching speed and the consistency of a tint change are among the most important attributes to potential users of smart glass technology.

The processing technique of Smart Glass is to combine Smart Film with glass through a certain process to ensure reliable use


Applications

Smart glass can be applicable in the following areas:

Several professions and industries such as the house, the fitment and the automobile.In the industry of real estate/decoration, it can be applied in high-stand apartments, villas, town houses, office building and stores.Building walls, doors, windows and indoor separation, decorations.The big area of the projection wallThe controllable options of offices (meeting rooms, supervision rooms)The controllable options of public facilities (restaurants, hotels, banks, hospitals, the recreational places)

Applications of smart glass include building windows, doors and skylights; automobile, boat and aircraft windows; appliance windows, computer screens and cell phone screens. Its use in home and residential windows can all but eliminate the need for blinds or shades, and it fits in with the "green movement" by helping with interior heating and cooling.

Advantages

Smart glass does not need cleaning and does not fade in the sun like cloth and plastic.It only requires a small amount of energy to sustain (powering several windows at once uses less electricity than a single light bulb) and electrochromic glass hardly needs any electricity at all.Can assist the air condition to economize energy and can obstruct ultraviolet radiation.Allows enough light even when opaque, tenders bright indoors.

Dynamic glazing technologies
 
Smart glass represents a category of glazing materials that visibly change their properties in response to a stimulus. In doing so, smart glazing in windows, doors, skylights and partitions offer varying levels of dynamic control of light, glare and heat.

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Photovoltaic Glass
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Photovoltaic Glass

Rs 50 / Square FeetGet Latest Price

Type Of PlantHybrid
Other ComponentsMounting Structure
Capacity10 Kw
Usage/ApplicationIndustrial
BrandAny
Country of OriginMade in India

Photovoltaic glass is a special glass with integrated solar cells that convert solar energy into electricity. This means that the power for an entire building can be produced within the roof and façade areas. The solar cells are embedded between two glass panes and a special resin is filled between the panes, securely wrapping the solar cells on all sides. Each individual cell has two electrical connections, which are linked to other cells in the module, to form a system which generates a direct electrical current.

Need for Photovoltaic Glass
Apart from providing privacy and protection from noise and rain, other features such as thermal insulation and shading are becoming increasingly desirable. All of these functionalities can be obtained simply by installing photovoltaic glass to the shell of a building.

A glass cover is placed over the photovoltaic cell to protect it from the elements while allowing sunlight to pass through to the cell.

An additional plastic anti-reflective sheet is often used to enhance the effect of the glass cover and anti-reflective coating of the cell to block reflection.A panel backing (typically plastic) and frame complete the photovoltaic panel, holding all the pieces together and protecting it from damage during installation.

Photovoltaic modules enable the active use of solar radiation by turning it into electrical energy; in addition, they can also represent a form of passive solar protection. The most well known PV products are silicon solar cells, available in three types: 

1. Monocrystalline:

The monocrystalline solar cells are opaque, blue, or dark grey to black, and they have a high efficiency (14% to 16%). They are expensive because they are made from silicon crystals in a complicated manufacturing process.

2. Poly- or multicrystaffine:

The polycrystalline solar cells are mostly blue or opaque. These are cheaper because they are made from poured silicon blocks, but they have a lower efficiency (14%). Crystalline solar cells are produced as 0.4mm thick discs in sizes from 10 x 10cm to 15 x 15cm. These discs are then put together to form modules and embedded with resin in the cavity in a laminated glass unit. According to composition, the result can be either a transparent, translucent or a non-transparent module.

Light transmission through transparent and translucent modules can be set from 4% to 30% according to the choice of spacing. Special light-scattering and insulating glass elements have been developed to meet both the needs in terms of lighting and insulation as well as the desire to maintain and exploit the corporate image as protected through the façade. In the exterior laminated glass, PV cells have a 5mm gap between them. On the inside, a laminated glass with an opaque interlayer is used.

3. Amorphous:

Amorphous is a non-crystalline solar cells. Amorphous modules are transparent, can be used as window glazing in usual windows, sunspaces, they can be integrated into roofs etc. Transparent modules can be also part of energy efficient glazing, where they are used instead of usual glass.

Optimized exploitation of solar energy can be achieved by combining several thin film layers with different spectral responses. So-called tandem cells have reached up to 12% efficiency under laboratory conditions, slightly higher values seem possible. Further possibilities are offered by triple cells which consist of a succession of three thin film layers Efficiencies of 10% in production quantities are becoming realistic.

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Smart Glasses For Offices
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Smart Glasses For Offices

Rs 80 / Square FeetGet Latest Price

In recent years, the market for light-control glass has expanded due to the increasing demands for energy efficiency and heat and light control, automated shading, privacy, and design and engineering innovation.

Smart Glass or Switchable Glass
is a product of cutting-edge technology that allows users to block either all light or just some by simply turning a knob or pressing a button. This type of light control could potentially save tremendously on heating, cooling and lighting.
Smart Glass technology basically means controlling the transmission of light through glass by using electrical power. By applying a variable voltage to the glass, the amount of transmitted light can be controlled. Switching speed and the consistency of a tint change are among the most important attributes to potential users of smart glass technology.

The processing technique of Smart Glass is to combine Smart Film with glass through a certain process to ensure reliable use

Applications

Smart glass can be applicable in the following areas: Several professions and industries such as the house, the fitment and the automobile.In the industry of real estate/decoration, it can be applied in high-stand apartments, villas, town houses, office building and stores.Building walls, doors, windows and indoor separation, decorations.The big area of the projection wallThe controllable options of offices (meeting rooms, supervision rooms)The controllable options of public facilities (restaurants, hotels, banks, hospitals, the recreational places)

Applications of smart glass include building windows, doors and skylights; automobile, boat and aircraft windows; appliance windows, computer screens and cell phone screens. Its use in home and residential windows can all but eliminate the need for blinds or shades, and it fits in with the "green movement" by helping with interior heating and cooling.

Advantages Smart glass does not need cleaning and does not fade in the sun like cloth and plastic.It only requires a small amount of energy to sustain (powering several windows at once uses less electricity than a single light bulb) and electrochromic glass hardly needs any electricity at all.Can assist the air condition to economize energy and can obstruct ultraviolet radiation.Allows enough light even when opaque, tenders bright indoors.

Dynamic glazing technologies
 
Smart glass represents a category of glazing materials that visibly change their properties in response to a stimulus. In doing so, smart glazing in windows, doors, skylights and partitions offer varying levels of dynamic control of light, glare and heat.

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Smart Glasses for Malls
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Smart Glasses for Malls

Rs 80 / Square FeetGet Latest Price

In recent years, the market for light-control glass has expanded due to the increasing demands for energy efficiency and heat and light control, automated shading, privacy, and design and engineering innovation.

Smart Glass or Switchable Glass
is a product of cutting-edge technology that allows users to block either all light or just some by simply turning a knob or pressing a button. This type of light control could potentially save tremendously on heating, cooling and lighting.
Smart Glass technology basically means controlling the transmission of light through glass by using electrical power. By applying a variable voltage to the glass, the amount of transmitted light can be controlled. Switching speed and the consistency of a tint change are among the most important attributes to potential users of smart glass technology.

The processing technique of Smart Glass is to combine Smart Film with glass through a certain process to ensure reliable use

Applications

Smart glass can be applicable in the following areas: Several professions and industries such as the house, the fitment and the automobile.In the industry of real estate/decoration, it can be applied in high-stand apartments, villas, town houses, office building and stores.Building walls, doors, windows and indoor separation, decorations.The big area of the projection wallThe controllable options of offices (meeting rooms, supervision rooms)The controllable options of public facilities (restaurants, hotels, banks, hospitals, the recreational places)

Applications of smart glass include building windows, doors and skylights; automobile, boat and aircraft windows; appliance windows, computer screens and cell phone screens. Its use in home and residential windows can all but eliminate the need for blinds or shades, and it fits in with the "green movement" by helping with interior heating and cooling.

Advantages Smart glass does not need cleaning and does not fade in the sun like cloth and plastic.It only requires a small amount of energy to sustain (powering several windows at once uses less electricity than a single light bulb) and electrochromic glass hardly needs any electricity at all.Can assist the air condition to economize energy and can obstruct ultraviolet radiation.Allows enough light even when opaque, tenders bright indoors.

Dynamic glazing technologies
 
Smart glass represents a category of glazing materials that visibly change their properties in response to a stimulus. In doing so, smart glazing in windows, doors, skylights and partitions offer varying levels of dynamic control of light, glare and heat.

View Complete Details

Yes, I am interested!

Smart Glasses for Villas
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Smart Glasses for Villas

Rs 5,000 / Square FeetGet Latest Price

In recent years, the market for light-control glass has expanded due to the increasing demands for energy efficiency and heat and light control, automated shading, privacy, and design and engineering innovation.

Smart Glass or Switchable Glass is a product of cutting-edge technology that allows users to block either all light or just some by simply turning a knob or pressing a button. This type of light control could potentially save tremendously on heating, cooling and lighting.
Smart Glass technology basically means controlling the transmission of light through glass by using electrical power. By applying a variable voltage to the glass, the amount of transmitted light can be controlled. Switching speed and the consistency of a tint change are among the most important attributes to potential users of smart glass technology.

The processing technique of Smart Glass is to combine Smart Film with glass through a certain process to ensure reliable use

Applications

Smart glass can be applicable in the following areas: Several professions and industries such as the house, the fitment and the automobile.In the industry of real estate/decoration, it can be applied in high-stand apartments, villas, town houses, office building and stores.Building walls, doors, windows and indoor separation, decorations.The big area of the projection wallThe controllable options of offices (meeting rooms, supervision rooms)The controllable options of public facilities (restaurants, hotels, banks, hospitals, the recreational places)

Applications of smart glass include building windows, doors and skylights; automobile, boat and aircraft windows; appliance windows, computer screens and cell phone screens. Its use in home and residential windows can all but eliminate the need for blinds or shades, and it fits in with the "green movement" by helping with interior heating and cooling.

Advantages Smart glass does not need cleaning and does not fade in the sun like cloth and plastic.It only requires a small amount of energy to sustain (powering several windows at once uses less electricity than a single light bulb) and electrochromic glass hardly needs any electricity at all.Can assist the air condition to economize energy and can obstruct ultraviolet radiation.Allows enough light even when opaque, tenders bright indoors.

Dynamic glazing technologies
 
Smart glass represents a category of glazing materials that visibly change their properties in response to a stimulus. In doing so, smart glazing in windows, doors, skylights and partitions offer varying levels of dynamic control of light, glare and heat.

View Complete Details

Yes, I am interested!

Smart Glasses for Offices
Interested in this product?
Get Best Quote

Smart Glasses for Offices

Rs 80 / Square FeetGet Latest Price

In recent years, the market for light-control glass has expanded due to the increasing demands for energy efficiency and heat and light control, automated shading, privacy, and design and engineering innovation.

Smart Glass or Switchable Glass
is a product of cutting-edge technology that allows users to block either all light or just some by simply turning a knob or pressing a button. This type of light control could potentially save tremendously on heating, cooling and lighting.
Smart Glass technology basically means controlling the transmission of light through glass by using electrical power. By applying a variable voltage to the glass, the amount of transmitted light can be controlled. Switching speed and the consistency of a tint change are among the most important attributes to potential users of smart glass technology.

The processing technique of Smart Glass is to combine Smart Film with glass through a certain process to ensure reliable use

Applications

Smart glass can be applicable in the following areas: Several professions and industries such as the house, the fitment and the automobile.In the industry of real estate/decoration, it can be applied in high-stand apartments, villas, town houses, office building and stores.Building walls, doors, windows and indoor separation, decorations.The big area of the projection wallThe controllable options of offices (meeting rooms, supervision rooms)The controllable options of public facilities (restaurants, hotels, banks, hospitals, the recreational places)

Applications of smart glass include building windows, doors and skylights; automobile, boat and aircraft windows; appliance windows, computer screens and cell phone screens. Its use in home and residential windows can all but eliminate the need for blinds or shades, and it fits in with the "green movement" by helping with interior heating and cooling.

Advantages Smart glass does not need cleaning and does not fade in the sun like cloth and plastic.It only requires a small amount of energy to sustain (powering several windows at once uses less electricity than a single light bulb) and electrochromic glass hardly needs any electricity at all.Can assist the air condition to economize energy and can obstruct ultraviolet radiation.Allows enough light even when opaque, tenders bright indoors.

Dynamic glazing technologies
 
Smart glass represents a category of glazing materials that visibly change their properties in response to a stimulus. In doing so, smart glazing in windows, doors, skylights and partitions offer varying levels of dynamic control of light, glare and heat.

View Complete Details

Yes, I am interested!

Electrochromic Glass
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Electrochromic Glass

Rs 2,000 / Square FeetGet Latest Price

Electrochromic Glass, also called as electric-control curtain glass can change from opaque to clear with a flick of a switch. It provides total privacy when needed. This specified structural glass is produced with the multi-development of electronics and glass techniques.

Electrochromic glass is an energy-saving component for buildings and can change color on command. It works by passing low-voltage electrical charges across a microscopically-thin coating on the glass surface, activating an electrochromic layer which changes color from clear to dark. The electric current can be activated manually or by sensors which react to light intensity. Glass darkening reduces solar transmission into the building. When there is little sunlight, the glass brightens, so that the need for the artificial light is minimized.

Electrochromic glass changes light transmission properties in response to voltage and thus controls the amount of light and heat passing through. In electrochromic glass windows, the electrochromic material changes its opacity: it changes between a colored, translucent state (usually blue) and a transparent state.

A burst of electricity is required for changing its opacity, but once the change has been effectuated, no electricity is needed for maintaining the particular shade which has been reached. Darkening occurs from the edges, moving inward, and is a slow process, ranging from many seconds to several minutes depending on glass size.

How does it work?

A thin multi-layer assembly is sandwiched between traditional pieces of glass. The two outside layers of the assembly are transparent electronic conductors. Next are a counter-electrode layer and an electrochromic layer, with an ion conductor layer in between. When a low voltage is applied across the conductors, moving ions from the counter-electrode to the electrochromic layer cause the assembly to change color. Reversing the voltage moves ions from the electrochromic layer back to the counter-electrode layer, restoring the device to its previous clear state. The glass may be programmed to absorb only part of the light spectrum, such as solar infrared.

Salient Features

When a current is supplied, it darkens and when electricity is withheld it becomes clear. Another unique aspect of this kind of glass is that it isn’t all black and white. It is able to create varying levels of light penetration, allowing total management of the sun^s power. Sometimes it takes several minutes to change shades.

Applications

Electrochromic glass provides visibility even in the darkened state and thus preserves visible contact with the outside environment. It has been used in small-scale applications such as rearview mirrors. Electrochromic technology also finds use in indoor applications, for example, for protection of objects under the glass of museum display cases and picture frame glass from the damaging effects of the UV and visible wavelengths of artificial light.

Electrochromic glass can be applied to offices, meeting rooms, hotels, villas, bathroom doors and windows, shower rooms, kitchen cabinets, glass curtain walls, technical resident conservatories and commercial buildings, as well as automobile skylights, exhibition halls, hospitals, open counters of banks, security windows of automatic machines, and so on.

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Gobind Glass HouseGill Chowk, 130, Street No. 6, Dasmesh Nagar Link Road, Ludhiana-141003, Punjab, India

Harmeet Singh (Owner)

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