| Profile Width (mm) | Air Permeability Class | Profile Class TS -5358 / EN 12608 | Water Tightness Class | |
|---|---|---|---|---|
| 72 | 4 | B | 9A | |
| Wind Load Resistance Class | Sound Insulation (dB) | Profile Thermal Transmittance (W/m²K) | Window U-Value (W/m²K) | Glass Thickness (mm) |
| C3 | 40 | 1.7 | 1.6 | 20, 24 |
Energy Efficiency & Insulation
With a 62 mm depth and 5-chamber structure, heat loss is reduced, providing energy savings.
Durability & Structural Strength
Galvanized reinforcement sheet and robust construction ensure long-lasting use.
Aesthetics & Easy Maintenance
Dirt-repellent surface and glazing bead design help maintain the exterior appearance over time.
Flexible Application Options
Adaptable to different glass package sizes, offering versatile usage.
Today, the energy efficiency of buildings has become extremely critical. A significant portion of building energy loss occurs through glass and window surfaces. Extraline profiles aim to increase thermal insulation by reducing heat loss. This results in significant savings on heating and cooling costs.
The 62 mm Series is produced in accordance with TS-5358 and EN 12608 standards and quality documents and test reports are available.
| Profile Width (mm) | Air Permeability Class | Profile Class TS -5358 / EN 12608 | Water Tightness Class | |
|---|---|---|---|---|
| 72 | 4 | B | 9A | |
| Wind Load Resistance Class | Sound Insulation (dB) | Profile Thermal Conductivity (W/m²K) | Window U-Value (W/m²K) | Glass Thickness (mm) |
| C3 | 40 | 1.7 | 1.6 | 20, 24 |
Energy Efficiency & Insulation
With a 62 mm depth and 5-chamber structure, heat loss is reduced, providing energy savings.
Durability & Structural Strength
Galvanized reinforcement sheet and robust construction ensure long-lasting use.
Aesthetics & Easy Maintenance
Dirt-repellent surface and glazing bead design help maintain the exterior appearance over time.
Flexible Application Options
Adaptable to different glass package sizes, offering versatile usage.
Today, the energy efficiency of buildings has become extremely critical. A significant portion of building energy loss occurs through glass and window surfaces. Extraline profiles aim to increase thermal insulation by reducing heat loss. This results in significant savings on heating and cooling costs.
The 62 mm Series is produced in accordance with TS-5358 and EN 12608 standards and quality documents and test reports are available.
| Profile Width (mm) | Air Permeability Class | Profile Class TS -5358 / EN 12608 | Water Tightness Class | |
|---|---|---|---|---|
| 72 | 4 | B | 9A | |
| Wind Load Resistance Class | Sound Insulation (dB) | Profile Thermal Transmittance (W/m²K) | Window U-Value (W/m²K) | Glass Thickness (mm) |
| C3 | 40 | 1.7 | 1.6 | 20, 24 |
Energy Efficiency & Insulation
With a 62 mm depth and 5-chamber structure, heat loss is reduced, providing energy savings.
Durability & Structural Strength
Galvanized reinforcement sheet and robust construction ensure long-lasting use.
Aesthetics & Easy Maintenance
Dirt-repellent surface and glazing bead design help maintain the exterior appearance over time.
Flexible Application Options
Adaptable to different glass package sizes, offering versatile usage.
Today, the energy efficiency of buildings has become extremely critical. A significant portion of building energy loss occurs through glass and window surfaces. Extraline profiles aim to increase thermal insulation by reducing heat loss. This results in significant savings on heating and cooling costs.
The 62 mm Series is produced in accordance with TS-5358 and EN 12608 standards and quality documents and test reports are available.
| Profile Width (mm) | Air Permeability Class | Profile Class TS -5358 / EN 12608 | Water Tightness Class | |
|---|---|---|---|---|
| 72 | 4 | B | 9A | |
| Wind Load Resistance Class | Sound Insulation (db) | Profile Thermal Conductivity (W/m²K) | Window Thermal Transmittance (W/m²K) | Glass Thicknesses (mm) |
| C3 | 40 | 1.7 | 1.6 | 20, 24 |
Today, the energy efficiency of buildings has become extremely critical. A significant portion of building energy loss occurs through glass and window surfaces. Extraline profiles aim to increase thermal insulation by reducing heat loss. This results in significant savings on heating and cooling costs.
The 62 mm Series is produced in accordance with TS-5358 and EN 12608 standards and quality documents and test reports are available.
| Profile Width (mm) | Air Permeability Class | Profile Class TS -5358 / EN 12608 | Water Tightness Class | |
|---|---|---|---|---|
| 72 | 4 | B | 9A | |
| Wind Load Resistance Class | Sound Insulation (db) | Profile Thermal Conductivity (W/m²K) | Window Thermal Conductivity (W/m²K) | Glass Thicknesses (mm) |
| C3 | 40 | 1.7 | 1.6 | 20, 24 |
Today, the energy efficiency of buildings has become extremely critical. A significant portion of building energy loss occurs through glass and window surfaces. Extraline profiles aim to increase thermal insulation by reducing heat loss. This results in significant savings on heating and cooling costs.
The 62 mm Series is produced in accordance with TS-5358 and EN 12608 standards and quality documents and test reports are available.
Balcony and terrace sliding systems in residential projects
Office or commercial building facade applications
All types of sliding system projects requiring high insulation
| Profile Width (mm) | Air Permeability Class | Profile Class TS -5358 / EN 12608 | Water Tightness Class | |
|---|---|---|---|---|
| 72 | 4 | B | 9A | |
| Wind Load Resistance Class | Sound Insulation (db) | Profile Thermal Conductivity (W/m²K) | Window Thermal Conductivity (W/m²K) | Glass Thicknesses (mm) |
| C3 | 40 | 1.7 | 1.6 | 20, 24 |
Today, the energy efficiency of buildings has become extremely critical. A significant portion of building energy loss occurs through glass and window surfaces. Extraline profiles aim to increase thermal insulation by reducing heat loss. This results in significant savings on heating and cooling costs.
The 62 mm Series is produced in accordance with TS-5358 and EN 12608 standards and quality documents and test reports are available.
Balcony and terrace sliding systems in residential projects
Office or commercial building facade applications
All types of sliding system projects requiring high insulation
| Profile Width (mm) | Air Permeability Class | Profile Class TS -5358 / EN 12608 | Water Tightness Class | |
|---|---|---|---|---|
| 72 | 4 | B | 9A | |
| Wind Load Resistance Class | Sound Insulation (db) | Profile Thermal Conductivity (W/m²K) | Window Thermal Conductivity (W/m²K) | Glass Thicknesses (mm) |
| C3 | 40 | 1.7 | 1.6 | 20, 24 |
Today, the energy efficiency of buildings has become extremely critical. A significant portion of building energy loss occurs through glass and window surfaces. Extraline profiles aim to increase thermal insulation by reducing heat loss. This results in significant savings on heating and cooling costs.
The 62 mm Series is produced in accordance with TS-5358 and EN 12608 standards and quality documents and test reports are available.
Balcony and terrace sliding systems in residential projects
Office or commercial building facade applications
All types of sliding system projects requiring high insulation
| Profile Width (mm) | Air Permeability Class | Profile Class TS -5358 / EN 12608 | Water Tightness Class | |
|---|---|---|---|---|
| 72 | 4 | B | 9A | |
| Wind Load Resistance Class | Sound Insulation (db) | Profile Thermal Conductivity (W/m²K) | Window Thermal Conductivity (W/m²K) | Glass Thicknesses (mm) |
| C3 | 40 | 1.7 | 1.6 | 20, 24 |
Today, the energy efficiency of buildings has become extremely critical. A significant portion of building energy loss occurs through glass and window surfaces. Extraline profiles aim to increase thermal insulation by reducing heat loss. This results in significant savings on heating and cooling costs.
The 62 mm Series is manufactured in accordance with TS-5358 and EN 12608 standards, and quality documents and test reports are available..
Balcony and terrace sliding systems in residential projects
Office or commercial building facade applications
All types of sliding system projects requiring high insulation
Today, the importance of energy conservation and efficient use is increasing, as is the importance of energy resources. In building complexes, 82% of the energy used is for heating. This figure corresponds to 26% of the total energy used in our country. Heat loss in buildings occurs in exterior walls (40%), windows (30%), windows (17%), roofs (7%), and soffits (6%). This highlights housing and PVC window systems as two of the most important areas for energy savings. The fact that energy is the most limited and expensive resource highlights the importance of “energy conservation,” or insulation, in window systems.
For system technical details, color variations, and ordering information regarding the Extraline profile, please contact our sales representatives. You can download the detailed product catalog, installation manual, and support documents as a PDF.
