Double Glass Production

Production Information

Double glazing is an insulating glass. It is an insulating glass unit that is formed by assembling two or more glass plates together under factory conditions to contain dry air or gases suitable for ambient pressure between them.

Both glazes reduce double glass heat losses, which are colorless flat glass, by 50% compared to single cans, saving fuel costs. Double glazing units are produced by mounting multiple glass plates in a single system. Today, the number of glass plates used in ISCAM systems produced is up to three platelets with the effect of increasing energy costs.

The panes used in the ısıcam systems are separated from each other by gypsum. Stationary air or gas is contained in each section. These glass assemblies are mounted on larger window profiles so that the glass thicknesses can be overcome.

Double glazing offers an ideal energy saving advantage in addition to increased sound insulation. The sealed area between the two windows serves as a secondary insulation agent. Increased thermal resistance reduces the amount of heat lost in the winter, allowing your home to stay warmer.

Double glazing has an adverse effect that prevents unwanted heat from entering the house during the summer months. This additional insulation minimizes your energy costs by drastically reducing the need for air conditioning and heating.

Airflows due to insulation weakness can easily be felt when you are near windows. However, when it comes to the use of ısıcam, the undesirable temperature currents are prevented and the glass inside is close to the room temperature.

The fence can reduce unfavorable formations that may fester on the chopping by reducing the fog. Insulated double glazing is effective in reducing medium and high frequency noise like human voice. The difference in inner and outer glass thicknesses provides a much more effective sound isolation. Double-glazed windows should be safer than single-glazed traditional windows and the use of tempered and laminated glazings should be preferred to provide even greater security.