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Architectural Float Glass

$0.00

Technical Glass float clear 

Product Name Thickness Light Transmittance Specification Heat Transmittance Specification

Noise Reduction

LT% LR% SF% SC DET% Uvtr% ER% EA% UG(W/m^2.k)

Rw(db)

Glass float clear

3 90 8 88 1 86 67 8 6 5.8 29
Glass float clear 4 90 8 87 1 86 64 8 8 5.7

30

Glass float clear

6 89 8 84 0.97 81 56 7 12 5.7

31

Glass float clear 8 88 8 82 0.94 78 51 7 15 5.6

32

Glass float clear 10 87 8 80 0.92 75 47 7 18 5.6 34

Glass float clear

12 86 8 78 0.9 72 44 7 21 5.6

35

Clear Float Glass

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Float glass is the ordinary glass which is now widely used in our daily lives. Float glass is a kind of flat glass which is made by floating molten glass on a bed of molten metal, typically tin.

Curtain wall Glass Facade

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Curtain wall is one of the common facades structure in construction industry. Since the curtain wall is non-structural, does not carry any structural load from the building other than its own dead load weight. the curtain wall is an independent frame assembly that does not brace the building structure and only transfer lateral wind loads to the main building structure.

Double-Glazed Glass

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An insulated glass unit (IGU) combines multiple glass panes into a single window system. The panes of glass in IGUs are separated by a spacer and a still layer of air or gas. Double glazed glass is an ideal energy efficient choice with the added benefit of minimizing noise.

Double-skin Glass Facade

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Double-skin facade, or DSF, is an envelope construction composed of two transparent layers that are separated by an air spacing. the DSF is a form of active facade, because it uses equipment, like fans or solar/thermal sensors.

Eco Star Reflective Glass (Low-E)

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Low-E coatings have been developed to minimize the amount of ultraviolet and infrared light that can pass through glass without compromising the amount of visible light that is transmitted. Radiant energy is one of the important ways of heat transfer occurs with windows. Reducing the emissivity of one or more of the window glass surfaces improves a window’s insulating properties.

Glass Ardakan

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All our products are designed to meet the global quality standards for Architectural and Automotive applications through all secondary process like spray and sputtering coating, bending and laminationg, heat treatment etc. as specified for the end application.

Glass Liya

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We manufacture green, clear, and bronze float glasses from 2mm to 12mm thicknesses, mainly for the local automotive, architectural, and decorative/furniture industries, as well as significant amount of glass for the export markets.

Glass Salimi

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  • Various products glass table
  • Laminated glass
  • Bulletproof glass product
  • Securite glass product
  • Automatic door product
  • Double glazed product

Glass Shower Partition Interior

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Importance of separating shower space from other bathroom spaces is couse of using glass shower partision. Using glass in shower patistion give us the ability to separate spaces while keep the area integrated beside that shower partition has several benefits like preventing water spread around and partial energy insulation.

Laminated Glass

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Laminated glass is produced by combining two or more sheets of float glass with one or more interlayers and is processed by autoclaving at 1400°C and pressure up to 14 bar. Polyvinyl Butyral (PVB) is the most common interlayer used in laminated glass.

Laminated Glass

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Architectural Laminated Glass

This product looks just like a normal sheet of glass but has a very different function. Energy savings, reduced noise pollution and protection against UV-radiation damages are drawing consumers' attention more than ever before. These goals can be met by the use of architectural laminated glass sheets (toughened or normal). The laminated glass has practical resistance against severe impact, earthquake, storms and strong winds, since the broken glass particles remain bonded to the laminate interlayer. Architectural laminated glass is produced in various colours and can also be layered with other ornamental or functional objects (wire, fabric, posters, etc.) making it a very versatile type of glass indeed. Nowadays, architectural laminated glass is being widely used in exterior design due to some of its particular advantages: -    Vibration tolerance -    Quick and easy installation (truss, holder clamp, cable, etc.) -    Combinability with other design elements -    Decorative coverage of interior surfaces and / exterior facades

Laminated Glass Structure

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Laminated glass processed by multi layer tempered glass with specific polymer space that holds together when shattered. In the event of breaking, it is held in place by the interlayer.

Patterned (Figured) Glass

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Patterned glass is a type of flat glass which is shaped in different patterns by special rollers along the production line. Unlike clear flat glass, due to existence of figures on the surface, objects are not easy to be seen from the other side.

Reflective Float Glass

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Reflective float glass is made by vacuum magnetron sputtering coating device to form metal or ceramic compound films on the glass surface. It is produced in a variety of beautiful colors for specific applications such as energy consumption control.

Roof & Floor Glass Interior

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The roof with glass visually made the room environment interact with the exterior. This ensures that interior became more pleasant and looks more natural. Structural Glass can be utilised in roofing areas to create a fully glazed roof to any space or room. useful in internal rooms where external windows are far away or small. Also Structural glass can be used in special cases where a particular roof design need a costume glass structure.

Sheet Glass

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Since first half of the 20th Century, sheet glass has been made by rolling or drawing. Rolling involves passing molten glass from a tank furnace over a refractory lip and between rollers.

Spider Glass Facade

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Transparency and brightness are the key aspects of spider glass facade. Glazing is fixed vertically or horizontally on main structure and fixed togather by point-fixings support structure.

Tempered Glass Structure

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Tempered or toughened glass is high strength glass that is main part of every architectural glass used in construction industry.

Tinted Float Glass

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Float glass is the ordinary glass which is now widely used in our daily lives. Float glass is a kind of flat glass which is made by floating molten glass on a bed of molten metal, typically tin.

Toughenable Enamelled Glass

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Technical Information

Processing Possibilities Comments
Safety Toughened

Convection tempering furnace is highly recommended.

The enamelled side must be facing upwards.

Laminated Laminating via PVB, or EVA films
Cutting Rectangular or circular Easily cuttable before tempering.
Shaping and edge finishing Edge grinding

Edge grinding should be prosseced before tempering.

- enamelled side always facing downwards.

Drilling

Edge grinding should be prosseced before tempering.

- enamelled side always facing downwards.

Notches Always before tempering.
Special treatments Sand-blasting Sand-blasting could be done on both sides before or after tempering.
Acid-frosting

Acid etching is available on both sides before or after tempering.

(both soft etching & deep etching)

Printing Any printing is applicable.
Bending Enamelled side always facing away from the mold.
 

Toughened Glass

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PVB Interayer UV Transmittance percentage table

%UV Transmittance

Laminate Specifications

%18

0.38 mm

%4.5

0.76 mm

%1.25

1.14 mm

%1

1.52 mm

Proved UV raydiance is 380 nm

Unitised Facades Glass Facade

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Unitised panels typically include a structural framing system, sheathing, weatherproofing, insulation and exterior wall cladding. Today, most construction projects are subject to intense time pressure.