TEMPERED GLASS
TEMPERED GLASS
The tempering process includes heating and cooling stages to impart compressive stress to the outer surfaces of the glass on a horizontal line and an indirect tensile stress to the middle of the glass. Fully tempered glass is approximately 5 times more durable than untreated glass; It is suitable for use as safety glass as it shatters into dice-sized pieces when broken, reducing the risk of injury. Technically, thermal tempering is accomplished by heating glass in a special furnace (1150°F/621°C) and then rapidly cooling it by blowing air over both surfaces.
HALF TEMPERED GLASS
The semi-tempering process, also called partial tempering, is done using different cooling stages. Semi-tempered glass is approximately twice as durable as untreated glass and is not classified as safety glass. Usage areas; Skylight roof systems, office partitions and railing applications.
LAMINATED GLASS
Two or more glass plates pressed under heat and pressure with the help of a special layer called colored or transparent PVB, EVA, SGP.
• Provides security against impacts that may come from outside. It prevents/delays entry in case of attacks and theft attempts with hard objects.
• It prevents the passage of ultraviolet (UV) rays, which cause the colors of items and fabrics to fade, by 97-99%.
• It can also be used in double glazing units to provide thermal insulation as well as safety, security and noise control.
INSULATED GLASS UNITS
It is a glass unit formed by combining two or more glasses under factory conditions to contain dry air suitable for ambient pressure or heavy gases such as arg krypton and xenon. An air or gas gap is created between the glass plate by using a spacer strip containing a dehumidifying material. Glass plates and slats are combined using internal insulation material, and external insulation material (polyurethane, silicone, etc.) is applied to ensure the sealing of the insulating glass.