Jay Khodiyar Toughened Glass Pvt. Ltd Kalol, Gandhinagar, Gujarat

Reduce Temperature By Reducing IR (Infra Red) Heat Rays The S-LEC® Solar Control film drastically reduces transmission of Infra red rays contained in sunlight while maintaining a high level of visible light. Blocks Over 99% of Harmful UV (Ultra Violet) Rays UV rays in sunlight not only fade color, age plastic and other furnishing, it can also cause sunburn, skin cancer and retinal damage. Free Radio Wave Transparency Unlike the old XIR technology, NAGS solar control glass lets radio waves permeate completely, eliminating a major impediment to effective in-car mobile communication and ETC (Electronic Toll Collection) systems. Maintain Maximum Visual Clarity In All Driving Conditions NAGS solar control glass meets the Australian Standard of over 75% VLT (Visual Light Transmittance). ECO-Friendly NAGS solar control glass will provide more natural comfort with less need for air-conditioning, less burden on car engine and cooling systems as well as less fuel consumption and carbon dioxide emissions.

Tempered Glass Up to four to five times stronger than annealed glass of equal thickness Higher resistance to thermal stress than annealed and heat-strengthened glass When broken, breaks into numerous small pieces Meets safety glazing requirements Heat Strengthened Glass: Heat-Strengthened Glass is produced similarly to tempered glass. Heat-Strengthened Glass is approximately twice as strong as annealed glass with significantly greater resistance to thermal stress when compared to annealed glass of equal thickness. Heat-Strengthened Glass is NOT considered a Safety Glass product as defined by the above mentioned glass standards, and typically breaks into larger pieces than tempered glass.

if one or more of your double glazed sealed units (the individual glass units found within double glazing installations) is broken or misted up between the panes, we can manufacture and fit a replacement unit so you won’t have the cost of replacing the whole window.

Extra clear patterned glasses are used in solar photovoltaics (crystalline and CIGS) and in solar thermal applications. Their pattern permits easy lamination, provides a non-blinding effect and contributes to better aesthetics of the solar modules. Their composition is designed to allow maximum transmission of light into the module. This can be further increased by using anti-reflective coating.

Laminated – From entrance doors and glass floors, to aquariums and display cases, laminated glass is the perfect safety solution. Two or more panes of glass are bonded together by a durable plastic interlayer, which enables the glass to strongly resist penetration by impacting objects. However, if it should break, the glass will tend to remain in its frame, minimizing the risk of injury from sharp edges and flying or falling glass particles.

Glass Partitions brings a feeling of space and openness to a room. The contrast transparency of the glass diffuses the light into the interiors. Specially manufactured glass for partitions can even protect your privacy.

Make your interior comfort and gorgeous with the Glass doors. Glass Doors streams the light from room to room to create a bright or softly lit interior, also protects your privacy. Choose a glass with classic, contemporary design to suit your interior.

It is therefore critically important that the specification, selection, and installation of fire resistant glazing are all carried out with close attention to detail. Fire resistant glazing may be used as a barrier for the fire separation or compartmentation as part of an integrated fire safety strategy for the building. Both integrity-only and integrity with insulation ratings are available. Products span the range of standard test times of 15, 30, 60, 90, 120 and even 180 minutes according to either BS 476-22, BS EN 1364-1 or BS EN 1634-1, as well as special types to resist the higher intensity petrochemical fire test curve. Fire resistant glass must only be used as part of a fire resistant glazed system – which includes the glass, the glazing seal, beads, fixings and frame. All essential components of such a system must be compatible under fire conditions, and the performance must be referenced to appropriate and relevant test evidence.

Annealed glass is glass produced without internal stresses imparted by heat treatment, i.e., rapid cooling, or by tougheningor heat strengthening. Glass becomes annealed if it is heated above a transition point then allowed to cool slowly, without being quenched. Glass is treated with heat in order to change its properties by the annealing process. Annealed glass is the most common glass used in windows. Annealed glass is also known as a standard sheet of float glass. Annealing is actually a process of slowly cooling glass to relieve internal stresses after it is formed. The glass, formerly annealed on shelves in a melting furnace, is now usually carried on rollers through temperature-controlled kiln known as a Lehr (annealing ovens). The shaped glass is annealed to relieve stresses caused by manipulation, then is slowly cooled. Glass which has not been annealed is liable to crack or shatter when subjected to a relatively small temperature change or mechanical shock. Annealing glass is critical to its durability. If glass is not annealed, it will retain many of the thermal stresses caused by quenching and significantly decrease the overall strength of the glass.