Very Thin Special Insulating Glass
We manufacture thin insulating glass for windows in historic and listed buildings. Our panes can be individually fitted into very narrow window profiles while still meeting the latest technical requirements. Our insulating glass constructions are available from a total thickness of 8 mm and can also be combined with antique glass. We offer weight-reduced, energy-saving, and handcrafted solutions with narrow edge bonds. The goal is to preserve traditional windows so that the historical appearance can be combined with the functions of modern glazing.
Restoration
Benefits of Restoration
Historic windows define the charm and character of older buildings and preserve craftsmanship as well as cultural heritage. Despite their significance, they are often energetically inefficient. Restoration can maintain the style and improve energy efficiency.
- Improvement of Energy Efficiency
- By integrating modern insulating glazing into historic window frames, thermal insulation can be significantly improved. This reduces heat loss and lowers heating costs.
- Preservation of Original Condition
- Restored windows retain the authentic look and feel of the building, which is especially important for listed houses.
- Sustainability
- Restoring existing windows is more environmentally friendly than a complete replacement, as it consumes fewer resources and reduces waste.
- Sound Insulation
- Modern insulating glazing provides better sound insulation, which is particularly beneficial in urban areas.
Special Insulating Glass
Very Thin Special Insulating Glass
Special Insulating Glass
Our specially made insulating glass is optimal for the energy-efficient renovation of historic and listed buildings.
Narrow Edge Bond
The narrow edge bond from 9 mm allows easy integration into different window frames, making it possible to efficiently insulate even historic windows.
Extra Thin Insulating Glass
Our extra thin insulating glass, available in thicknesses from 8 mm, is perfect for the energy-efficient renovation of heritage and old building windows.
Insulating Glazing
Why Insulating Glazing?
Insulating glazing consists of two or more glass panes separated by an air or gas-filled space. This offers several advantages:
- Energy Savings.
- The improved thermal insulation significantly reduces energy consumption for heating and cooling.
- Comfort.
- Insulating glazing reduces drafts and cold surfaces near windows, increasing living comfort.
- Condensation Prevention.
- Modern insulating glazing minimizes the formation of condensation on the inside of windows, contributing to a healthier living environment.
Insulated Glass Installation
Single-Pane Insulated Glass Installation
Glass rebate width
The glass rebate width refers to the width of the groove or rebate into which the glass pane is set within a frame. It determines how wide the rebate is where the glass is securely held.
Glass rebate height
The glass rebate height describes the height of the groove or rebate into which the glass is inserted within the frame. This height affects how deeply the glass sits in the frame and is important for the stability of the glazing.
Glass embedment
The glass embedment is the area of the glass that is recessed into the frame to fix and stabilize it. It ensures that the glass is securely held in the frame and cannot slip out of place.
Glazing bead width
The glazing bead width describes the width of the beads that secure the glass in the frame. These beads are crucial for holding the glass securely and preventing it from falling out.
The technical data is determined according to EN 410 and EN 673.Fracture Patterns
Float glass is characterized by a distinctive fracture pattern. It breaks into large, sharp-edged pieces in contrast to other glasses, which break into small, blunt-edged pieces.
ESG is produced by heating the glass and then rapidly cooling it. This process gives the glass increased resistance to external impacts such as shocks and temperature fluctuations. In the event of a breakage, ESG shatters into small, blunt-edged fragments, significantly reducing the risk of injury.
The production of TVG follows the same process. However, TVG cools down more slowly compared to ESG, resulting in lower tension in the glass. This leads to a significantly larger fracture pattern and so-called residual load-bearing capacity compared to ESG.
Laminated Glass
Glastechnik TBB processes all types of single glass, whether mouth-blown, drawn, or glass with historical appearance, into laminated glass. These consist of two or more panes that are bonded together with a permanent film. The films used for UV, IR, or sound insulation can be combined and processed according to customer requirements.
1: Film
2: Glass Pane
Functional Coatings
A heat protection coating is a thin coating on glass designed to reduce heat transfer. It reflects a large part of the heat radiation from heaters and helps regulate room temperature by trapping heat inside the room. This enables energy savings as less heating is required.
1: Heat Protection Coating
2: Heat Energy
The sun protection coating works on a similar principle by reflecting or absorbing a large portion of the sun's rays before they enter the room. This helps keep the room cooler and more comfortable while also reducing the energy consumption for air conditioning systems. Such sun protection coatings are widely used in many modern windows and buildings today to improve comfort and energy efficiency.
1: Sun Protection Coating
2: Energy Radiation
