Performance advantages of Liaoning insulated windows

Efficient thermal insulation: Liaoning thermal insulation windows use bridge cut aluminum alloy profiles and insulated glass (or vacuum glass) structures, combined with materials such as over 30mm insulation strips and insulation cotton, significantly reducing heat transfer coefficients. For example, its heat transfer coefficient can be as low as 1.8W/(m ² · K), saving more than 50% energy compared to ordinary aluminum alloy windows, effectively reducing indoor and outdoor heat exchange, and lowering building energy consumption. Some high-end products adopt a multi-layer glass system, such as three glass two cavity glass, which is filled with inert gases such as argon inside to further enhance thermal resistance and reduce heat conduction.

Excellent sealing performance: Using high-quality sealing strips, such as high elasticity EPDM foam rubber strips, can tightly adhere to the window frame, effectively isolate external noise, dust, and cold air, improve air tightness, and reach national standard level 6 or above.

Anti condensation performance: Under extreme low temperature conditions, such as -28 ℃ outdoors, the three glass two chamber argon gas filling design effectively avoids condensation on windows and maintains a comfortable indoor environment.

Good sound insulation effect: Multi layer glass and inert gas filling technology, such as a three glass two cavity structure, can reduce 30-50 decibels of noise and create a quiet indoor environment.

High wind resistance performance: Equipped with 80 series bridge cut aluminum and laminated Low-E glass configuration, the wind resistance performance reaches level 9, suitable for high-altitude and strong wind pressure environments, ensuring safety and stability.

Significant energy-saving benefits: Taking a 120 square meter residential building as an example, using Liaoning insulated windows can reduce annual heating and cooling energy consumption by 15% -20%, effectively reducing energy consumption and cost expenditures.

Innovative design and functional integration: The window screen is integrated with a broken bridge aluminum and a central louvered three glass window design, achieving a dynamic balance between insulation and ventilation while ensuring a K value of ≤ 1.8. The composite opening method of inward tilting and flat opening allows the window sash to tilt inward by 15 degrees to form a ventilation gap. Combined with the flat opening function, it achieves full open ventilation, improves comfort, and prevents the risk of children falling.