Energy-efficient Aluminum Alloy Sliding Windows
Technical ParametersWind Load Resistance: Class 4 (3000Pa, EN 12210)Water Tightness: Class E1500 (EN 1027)Air Permeability: Class 3 (EN 1026)Thermal T...
Technical ParametersWind Load Resistance: Class 4 (3000Pa, EN 12210)Water Tightness: Class E1500 (EN 1027)Air Permeability: Class 3 (EN 1026)Thermal T...
Technical ParametersWind Load Resistance: Class 4 (3000Pa, EN 12210)Water Tightness: Class E1500 (EN 1027)Air Permeability: Class 3 (EN 1026)Thermal T...
Technical ParametersWind Resistance: Class C5 (3000Pa, EN 12210)Waterproof Rating: Class 8A (900Pa, EN 1027)Thermal Efficiency: Uw=0.9 W/m²K (with tri...
Technical SpecificationsWind Resistance: Class 5 (3500Pa, EN 12210)Waterproof Rating: Class E1950 (EN 1027)Thermal Efficiency: Uw=0.8 W/m²K (with argo...
Technical SpecificationsWind Load Rating: Class 4 (2400Pa, BS 6375)Water Penetration: Class 7A (600Pa, BS 5368)Thermal Performance: U-value 1.8 W/m²K ...
Technical ParametersMesh Opening: 1.2mm×1.5mm (insect barrier)Airflow Capacity: 85% open area (superior to fiberglass alternatives)UV Resistance: 5000...
Aluminum alloy windows are functional building components made of high-strength aluminum alloy profiles as the main frame, combined with glass, hardware, sealing systems, and other components. Compared with traditional wooden windows and steel windows, it has four core advantages: lightweight, high strength, corrosion resistance, and strong plasticity. It is widely used in the window system of modern buildings, providing high-security, strong sound insulation, and ultra-energy-saving all-around window solutions for residential, commercial, and public spaces. It supports multiple modes of opening, sliding, and tilting to achieve the best lighting and viewing effects.
Core performance and functional advantages
Energy saving and environmental protection
Using 6063-T6 aviation-grade aluminum + 24mm nylon PA66 insulation strips, the heat transfer coefficient is as low as 1.6W/(m2·K), and the energy saving effect is significantly improved by 40%.
Double-layer insulating glass (optional Low-E coating/laminated explosion-proof) effectively blocks ultraviolet rays and heat transfer, and improves building energy efficiency.
Safety protection
Multi-locking point hardware system, anti-pry and anti-saw structure, impact resistance reaches national standard 9 level (≥5000Pa). The fire resistance limit is 1.5 hours and it is compatible with the fire linkage system to ensure safety.
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READ MOREMaximizing Energy Efficiency with Aluminum Alloy Windows: A Key Element in Sustainable Building Design
In modern architecture, the demand for energy-efficient solutions has never been higher, and aluminum alloy windows have emerged as a top choice for enhancing the sustainability of both residential and commercial buildings. These windows are not just about aesthetics or durability; they play a crucial role in optimizing thermal performance. Aluminum alloy windows are designed with advanced insulation systems that help minimize heat transfer, contributing to significant energy savings. The inclusion of materials like 6063-T6 aviation-grade aluminum and nylon PA66 insulation strips allows these windows to achieve impressive thermal efficiency, making them ideal for energy-conscious building projects.
The heat transfer coefficient of aluminum alloy windows is as low as 1.6W/(m2·K), a figure that far outperforms traditional window materials like wood or steel. This efficiency is particularly important in climates where temperature fluctuations can drive up heating and cooling costs. By using double-glazed glass with optional Low-E coatings, these windows prevent excessive heat loss in winter and heat gain during the summer months, ensuring a comfortable indoor environment year-round. This dual-layer system not only improves the energy performance of the building but also helps reduce the carbon footprint, aligning with global sustainability efforts.
A significant benefit of aluminum alloy windows in energy-saving design is their ability to integrate seamlessly into green building certifications, such as LEED and BREEAM. As architects and designers continue to prioritize eco-friendly construction practices, these windows are becoming an essential component in achieving high-performance, environmentally friendly buildings. Their superior insulation capabilities, paired with modern sealing techniques, ensure that air leakage is minimized, further boosting the overall energy efficiency of a structure. For anyone looking to build or retrofit a sustainable home or commercial space, aluminum alloy windows are a smart investment that delivers both short-term savings and long-term value.
Another key factor in their energy-saving ability is the strength and flexibility of the materials used. The lightweight yet robust nature of aluminum allows for larger window openings without compromising on performance. This means more natural light can enter a building, reducing the need for artificial lighting during the day. Increased daylighting not only enhances the aesthetic appeal of a space but also improves the well-being of the occupants by offering a brighter and more inviting environment.
In regions where extreme weather conditions are a concern, aluminum alloy windows offer additional benefits beyond just thermal insulation. For example, many modern hurricane-resistant windows are designed to withstand high winds, heavy rain, and even hurricanes. With features such as reinforced frames, multi-locking systems, and impact-resistant glazing, these windows can be a valuable component in hurricane-resistant window systems. Their enhanced security features also provide protection against break-ins, ensuring that safety is not compromised alongside energy efficiency.
While energy savings and safety are key considerations, the long-lasting durability of aluminum alloy windows makes them an even more attractive option for environmentally conscious buyers. Unlike wood, which can warp, rot, or require frequent maintenance, aluminum alloy windows are corrosion-resistant and can withstand the elements for years without losing their strength or appearance. This makes them an excellent choice for coastal and industrial areas, where moisture and salt exposure can cause significant wear and tear on other window types.
Ultimately, aluminum alloy windows are an excellent investment for anyone looking to build or renovate a structure with energy efficiency, security, and sustainability in mind. Their advanced insulation properties and resistance to environmental factors make them an indispensable element of modern construction. Whether you're building a new home or upgrading an existing space, these windows offer the ideal combination of performance, durability, and energy savings—delivering both immediate and long-term benefits for your building project.