0086 13635632360

Electrophoresis coating aluminium profile
Domicile / Blog / Breaking the Mold: The Comprehensive Guide to Broken Bridge Aluminum Doors and Windows

Breaking the Mold: The Comprehensive Guide to Broken Bridge Aluminum Doors and Windows

October 27,2023.

Introduction

Broken bridge aluminum doors and windows stand at the forefront of architectural innovation, combining strength, functionality, and aesthetic appeal. By utilizing aluminum alloy profiles, plastic or nylon for heat insulation, and insulating glass, they address the quick heat conduction and energy inefficiency of traditional aluminum alloys.

Understanding the Structure

The secret to their success lies in their meticulous design. Aluminum alloy profiles provide the necessary strength, while plastic or nylon strips, boasting a heat insulation capacity 1250 times higher than aluminum, connect the indoor and outdoor layers, creating a unified and energy-efficient structure. The addition of insulating glass further enhances their performance, ensuring that these doors and windows meet the highest standards of energy efficiency.

Main Categories

From fixed and top-hung windows to sliding and folding doors, broken bridge aluminum doors and windows come in various forms, each serving different purposes and preferences. They are categorized based on their opening method, performance, and application area, ensuring that there is a perfect fit for every architectural need.

Advantages and Characteristics

  1. Reduce Heat Conduction: With thermal conductivity coefficients significantly lower than ordinary aluminum alloy profiles, they ensure minimal heat loss.
  2. Prevent Condensation: The temperature of the inner profile surface is kept close to indoor temperatures, mitigating the risk of condensation.
  3. Energy Saving: They play a crucial role in reducing heat loss in winter and minimizing energy loss in air-conditioned spaces during summer.
  4. Environmental Protection: By optimizing energy consumption, they contribute to reduced environmental radiation from heating and cooling systems.
  5. Promote Health: Adjusting indoor temperatures to create a comfortable living environment positively impacts human health.
  6. Noise Reduction: Their unique structure significantly reduces noise transmission, ensuring a quieter indoor space.
  7. Aesthetic Versatility: With various surface treatment options, they offer a range of aesthetic possibilities, including two-color options for different indoor and outdoor appearances.

Conclusion

Broken bridge aluminum doors and windows are redefining the standards of modern architecture, balancing performance with aesthetics. Their contribution to energy efficiency, environmental protection, and human health make them an indispensable part of sustainable building design.