Exhibitors

Clear float glass is made from molten glass which flows through the tweel to a tin bath and then to a lehr. While floating on the molten tin, gravity and surface tension cause the glass to become smooth and flat on both sides.

Two or three layers of clear float glass sandwiched together with clear or colored PVB interlayer, laminated glass is the one glass that reconciles the aesthetic benefits of glass with a genuine concern for safety; offering superior protection against glass breakage, as well as harmful solar rays and hazardous noise levels. Due to the adhesive properties of the PVB, Rider takes careful precautions to prevent unwanted particles from attaching to the PVB during the adhesion process.

Processed toughened or tempered glass is glass that has been processed by controlled thermal or chemical treatments to increase its strength compared with normal glass. Tempered glass is made by processes which create internal stresses which give the glass strength. Moreover, it is the only glass strong enough to withstand high levels of thermal stress, a common reason for breakage in building facade glazing units.These safety Featuress also make it an exemplary choice for automotive applications.Guaranteeing quality, Rider applies heat soak testing to all of its tempered glass before packaging and loading. It is available in all of Rider s standard float thicknesses and sizes.

With the increase in demand for improved performance in glass products, new technology has evolved that allows metallic coatings to be applied to glass surfaces. The result is a range of glass products that offers the following benefits: 1) A wide choice of external appearances with varying degrees of reflectance. 2) Superior, all-around performance when compared with body tinted glass. 3) A wide range of combinations to satisfy specific aesthetic and performance requirements. Where extra solar protection is required, Rider s pyrolytic reflective coated glass offers the perfect solution. Rider s on-line pyrolytic reflective coated glass is produced using CVD technology (chemical vapor deposition) that creates a perfectly uniform layer of metal oxide chemically bonded to the surface of the glass. This hard chemical layer fully bonds to the glass, permitting the glass to be cut, bent, drilled, tempered, heat strengthened or laminated without affecting the coating. Rider s reflective float glass is available in a range of specifications to meet most environmental requirements in terms of solar control, thermal comfort and energy conservation.

LASS COLORS Bronze Clear Pink Golden Dark Grey Euro Grey Lake Blue Ultra clear etc. BACK PAINT COLORS (SINGLE OR DOUBLE) Grey Dark Green French Green Any appointed color according to RAL number GLASS DESCRIPTION Silver mirror is manufactured by using distortion-free float glass is a superior quality mirror. Compared to conventional mirror, it offers excellent resistance to atmospheric agents. Rider mirrors add a feeling of depth to any room with single coating or double coating. High quality float glass and modern mirror equipment combine to produce competitively priced mirrors of exceptionally high quality. Rider mirrors are available in clear, ultra clear and a wide range of colors. Mirrors can be supplied in standard sizes or can be cut and beveled to suit customer s needs. CHARACTERISTICS Silver mirror uses high grade float glass as its base and it is manufactured under an automated process,thus giving superb quality mirror. Silver mirror manufactured under the automated process has a silver membrane which is protected by a cooper plated layer, and finally sealed with an oven baked paint coating. The silver membrane is fully protected, this providing long-lasting performance and durability. It has superb luster, and a perfectly flat surface which gives a distortion-free image reflection.

Patterned glass is a translucent figured glass which allows transmission of daylight, while obscuring visibility of object. It is manufactured by the Roll-Out-Process, whereby a roller imprints the pattern onto the glass surface. Numerous patterns are available to meet the needs of decorations The Patterns are able to soften the light in a space, and to curtain the visibility through it at a suitable angle. GLASS PATTERNS Nashiji, Flora, Mistlite, May Flower, Aqualite, Bamboo, Chinchilla, Diamond, Galaxy, Kasumi, Hishicross, Masterlinge, Matrix, Millenium, Morgan-II, Moru-II, Mink, Oceanic, Puzzle(Karatachi), Raindown etc. APPLICATIONS Furniture & show shelves Areas where visual screen is required, like bathrooms, doors and windows Decorative illuminations FEATURES Its wide range of patterns makes it highly suitable for decorative applications Its surface patterns allow diffused daylight transmission but prevent visibility of activity, thus ensuring privacy.

Glass Specification 1. Clear Tempered Glass 2. Ultra Clear Tempered Glass 3. Colored Tempered Glass GLASS THICKNESS 3-19mm etc. MAX SIZE 3600 18000mm, other specifications and sizes can be customized according to customers requirements. BENEFITS Holds together when shattered. The PVB interlayer keeps the glass bonded, even when broken, resulting in a characteristic spider web cracking pattern across the glass. Cyclone resistant Superior UV blockage Excellent sound damping properties Low visible distortion APPLICATIONS External use of windows, doors, shower, fence, houses, shops etc. Interior glass screens, partitions, balustrades, railing, balustrade, staircase etc. Shop display windows, shopfronts in offices, showcases, display shelves etc. Furniture, table-tops etc.

Glass has been a fascinating material to humankind since it was first made in about 500 BC. It is one of the most versatile and oldest materials in the building industry. PROPERTIES OF GLASS Transparency: This property allows visual connection with the outside world. The transparency can be permanently altered by adding admixtures to the initial batch mix. By the advent of technology clear glass panels used in buildings can be made opaque. U value: The U-value is the measure of how much heat is transferred through the window. The lower the U-value the better the insulation properties of the glass the better it is at keeping the heat or cold out. Strength: Glass is a brittle material but with the advent of science and technology, certain laminates and admixtures can increase its modulus of rupture (ability to resist deformation under load). Greenhouse effect: The greenhouse effect refers to circumstances where the short wavelengths of visible light from the sun pass through glass and are absorbed, but the longer infrared re-radiation from the heated objects are unable to pass through the glass. This trapping leads to more heating and a higher resultant temperature. Workability: It is capable of being worked in many ways. It can be blown, drawn or pressed. It is possible to obtain glass with diversified properties- clear, colorless, diffused and stained. Glass can also bewelded by fusion. Recyclable: Glass is 100% recyclable, cullets (Scraps of broken or waste glass gathered for re-melting) are used as raw materials in glass manufacture, as aggregates in concrete construction etc. Solar heat gain coefficient: It is the fraction of incident solar radiation that actually enters a building through the entire window assembly as heat gain. Visible transmittance: Visible transmittance is the fraction of visible light that comes through the glass. TYPES OF GLASS Float Glass: this is also called soda lime glass or clear glass. This is produced by annealing the molten glass and is clear and flat. Its modulus of rupture is 5000-6000 psi. Stronger than Rocky Balboa taking punches from 2000 psi punches man Ivan Drago. Glass is available in standard thickness ranging from 2mm to 20mm. and has weight range in 6-26kg/m2. It has too much transparency and can cause glare. It is also used in making canopies, shop fronts, glass blocks, railing partitions, etc. Tinted Glass: Certain additions to the glass batch mix can add color to the clear glass without compromising its strength. Iron oxide is added to give glass a green tint; sulphar in different concentrations can make the glass yellow, red or black. Copper sulphate can turn it blue. Etc. Toughened Glass: This type of glass is tempered, may have distortions and low visibility but it breaks into small dice-like pieces at modulus of rupture of 3600 psi. Hence it is used in making fire resistant doors etc. They are available in same weight and thickness range as float glass. Laminated Glass: This type of glass is made by sandwiching glass panels within a protective layer. It is heavier than normal glass. It is tough and protects from UV radiation (99%) and insulates sound by 50%. Used in glass facades, aquariums, bridges, staircases, floor slabs, etc. Glass can be used in various ways in building and construction. It provides more light and ambience to the occupants of a building and also gives aesthetic view to the building itself. laminated glass Applications of glass in construction includes Facades and curtain walls Stair case and balcony rails. Bathroom cubicles Office/home partitioning Office/home furniture etc. Aquariums Frameless glass doors Pulpits

Glass furniture will become an elegant decoration of the interior, adding visibility and airiness to it. Manufacturing of glass furniture from Mirror Trade is a guarantee of obtaining an environmentally friendly material that is equally suitable for the kitchen, bathroom and children s room. Modern technologies allow us to make it super-firm - we use only tempered or laminated glass. To increase their durability, we can additionally temper the glass (perform thermal toughening); In particular, we use theedging machine, which helps us to produce high-quality polishing of glass edges with a thickness of 3 to 30 mm, beveling from 3 to 45 and make the bevel width from 35 to 60 mm. This equipment allows us to perfectly process the glass edge, which is the most important technological process in our manufacturing. The first stage of processing - grinding - prevents cracks. This will determine the stability of the product and your safety when using it. Stage II - polishing - prevents the formation of chips, further strengthening the material. High-quality polishing is especially important for the manufacturing of products where the edge is visible, such as shelves. THE MAIN TECHNOLOGIES FOR THE MANUFACTURING OF GLASS FURNITURE In the manufacturing of glass furniture, we use the following technologies: beveling - this is cutting the glass edge at an angle, so that the surface looks framed in a shiny frame; sandblasting - applying frosted image or highlighting frosted elements (ornament) on a mirror surface, or completely depolishing it.

Rider s IGU is called Insulating Glass Unit. It has excellent performance on reduction of heat gain or loss. Insulated glass is made of two or more pieces of glass with the middle part separated by the hollow Aluminium spacer which is filled with the drier. The hollow glass part is filled with dry air or inert gas and sealed by butyl glue, sulfur glue or structural sealant.Insulating glass unit is filled with the inert gas is excellent in heat and sound insulation, meeting the requirement for saving energy and environmental protection. The following parameter values are needed for the quoted price of insulated glass - Transmittance, reflectivity, shading coefficient, visual shading coefficient, selection coefficient and heat transfer coefficient Specifications and sizes can be customized according to customers requirements. CHARACTERISTICS Heat insulation Sound insulation Frost-resistant Safe and stable APPLICATIONS Glass curtain walls Glass doors Glass windows FILLED GAS Air Vacuum Argon etc. Inert Gas The following parameter values are needed for the quoted price of insulated glass: Transmittance Reflectivity Shading coefficient Visual shading coefficient Selection coefficient Heat transfer coefficient Specifications and sizes can be customized according to customers requirements