84TH Aluminum Door Window System
The 84TH Aluminum Door and Window System is an advanced system designed to meet the aesthetic and performance needs of modern buildings. Its advanced thermal insulation properties increase energy efficiency and minimize heat loss. Its durable materials ensure long-lasting use and high resistance to external influences. Its slim and stylish design and large glass areas add spaciousness and aesthetic appeal to spaces. The user-friendly 84TH Aluminum Door and Window System, with its easy installation and maintenance features, provides a reliable and aesthetic solution for both residential and commercial spaces. It provides superior protection against water and air permeability, ensuring high performance in all climates.
Technical Specifications
| Feature | Value |
|---|---|
| Case Depth | 84 mm |
| Wing Depth | 93.5 mm |
| Wall Thickness | 1.8 mm |
| Case Glass Thickness | 28 – 68 mm |
| Heat Barrier | 42 mm |
| Performance Feature | Value |
|---|---|
| Thermal Insulation Coefficient (EN ISO 10077-2) | Uf = 1.27 W/m²K |
| Water Permeability (EN12008:1999-11) | E1200 |
| Air Permeability (EN12207:2016-12) | Class 4 |
| Wind Resistance (EN12210:2016-03) | Class C4/B4 |
- Superior Thermal Insulation
- Wide Range of Glass Usage
- Durable Materials and Construction
- High Water Permeability Resistance
- Excellent Air Permeability
- Strong Wind Resistance
Frequently Asked Questions
The 84TH Aluminum Door and Window System offers easy installation thanks to its accessory channels that comply with Euro standards. Installation can be completed quickly and easily by expert teams. Maintenance is minimal, ensuring many years of trouble-free operation with regular cleaning and inspection.
Yes, the 84TH Aluminum Door and Window System has a Class C4/B4 wind resistance rating according to EN12210:2016-03 and offers high resistance to water and air permeability. These features ensure superior performance in all climates and increase building safety.
The 84TH Aluminum Door and Window System features a 42 mm thermal barrier and a thermal insulation coefficient of Uf = 1.27 W/m²K. These features increase energy efficiency, minimize heat loss, and reduce energy costs, thus providing more comfortable and economical living spaces.