64T Aluminum Door Window System
The 64T Aluminum Door and Window System is a modern construction system that offers high-performance and aesthetic solutions. Its thermally insulated profiles increase energy efficiency, while its durable material ensures long-lasting use. Its slim and stylish design, combined with its large glass areas, creates a spacious appearance in spaces. The 64T Aluminum Door and Window System, distinguished by its easy installation and maintenance features, offers a reliable and aesthetic solution for residential and commercial spaces.
| Feature | Value |
|---|---|
| Case Width | 64 mm |
| Wingspan | 72 mm |
| Wall Thickness | 1.8 – 2 mm |
| Heat Barrier | 24 mm |
| Heat Permeability | Uf = 2.7 W/m²K |
| Assembly and Accessory Supply | Easy installation and accessory supply thanks to the accessory channel that complies with Euro standards |
| Insulators | POLYAMID |
| Suppositories | EPDM |
| Glass Usage Range | 10 – 34 mm |
| Water and Dust Retaining Middle Wick Application | Yes |
| Corner Wedge | Perfect corner joint with option |
| Safe Air and Water Evacuation System | Yes |
| Functional Profiles | Possibility to make functional windows and doors with special profiles suitable for standard and special angles |
- High Durability
- Superior Thermal Insulation
- Wide Range of Glass Usage
- Easy Installation and Accessory Supply
- Perfect Corner Joint
- Safe Air and Water Evacuation System
Frequently Asked Questions
The 64T Aluminum Door and Window System has a wall thickness of 1.8-2 mm, offering high durability and long-lasting use. This system provides strong protection against external influences and can be used without problems for many years.
No, the 64T Aluminum Door and Window System offers easy installation thanks to its Euro-standard accessory channel. This feature makes the installation process quick and easy, and accessories are also readily available.
The 64T Aluminum Door and Window System provides superior thermal insulation with a 24 mm thermal barrier and a thermal transmittance of Uf = 2.7 W/m²K. This increases energy efficiency and minimizes heat loss, reducing energy costs.