INSULATING GLASS
Insulating glass is a special type of glass designed to reduce heat transfer and increase energy efficiency. It is also often called “double glazing” or “Isıcam (Trademark of Şişecam)”. Insulating glass has a structure created by leaving a leak-proof gap between at least two glass panels. Optionally, this space can be filled with a gas with low thermal conductivity (e.g. argon, krypton or xenon).
The main purpose of insulating glass is to prevent heat transfer between the inside and outside of the building. Thanks to the gas filling – mostly Argon (90%) – the heat transfer between the glass panels is reduced, resulting in better thermal insulation of the interior. This ensures that the interior remains at a more stable temperature and is less affected by outside weather conditions.
Insulating glass should be configured according to the place of use. The building’s protection against sun, cold, heat, noise, light, wind, attacks, natural events, etc. Depending on how they need to be protected, the types of pine trees and the procedures to be applied to the glass should be decided.
Benefits of Insulating Glass
Insulating glass reduces energy consumption by providing better thermal insulation. It saves energy by reducing heating and cooling costs.
Thanks to good thermal insulation, the interior offers a more comfortable environment. Hot and cold air stays outside, the indoor temperature is more stable.
Insulating glass increases sound insulation performance by transmitting less outside noise to the interior.
PRODUCTION PROCESS OF INSULATING GLASS
The first step is to prepare glass panels of appropriate thickness and size. These glass panels are precisely cut and prepared to have the desired properties.
Glass panels are cleaned of dirt, oil and residues during manufacturing. Cleaned glass panels receive special treatment during production to ensure they have a clean surface.
Gap strips are prepared to leave a gap between the glass panels. Internal slats adhere to the inner surface of the insulating glass with a sealing paste called butyl and provide insulation of the gap between the panels. These slats improve the performance of the insulating glass by preventing the leakage of air or gas filling inside the insulating glass.
The process of joining the cleaned glass panels is carried out. By filling the slats with dehumidifying granules, the air in the gap is dehumidified. Butyl, the primary sealant on slats, is a highly elastic and adhesive material that helps seal the gap between glass panels.
Optionally, special gases (e.g. argon, krypton or xenon) can be filled between the glass panels combined with the sealing material. These gases help reduce heat transfer.
After the gas filling is completed, the gap between the glass panels is closed with silicone, polysulfide or polyurethane filling material. This ensures that the insulating glass remains intact, preventing gas from leaking out and increasing the effectiveness of the insulation.
Insulating glass is widely used in buildings, window systems, doors and glass facades. It is an important solution in terms of energy efficiency and environmentally friendly design and is widely preferred in sustainable architecture and building design today.
OUR INSULATING GLASS TYPES
