1. Structural design innovation
Broken bridge aluminum technology: Adding heat insulation strips to aluminum profiles blocks heat conduction, significantly improves thermal insulation performance, and is suitable for climate environments with distinct four seasons.
Narrow frame design: The minimalist frame structure weakens the sense of presence and highlights the transparency of the glass, which is in line with the modern minimalist style.
Hidden hinges: Use high-end hardware to ensure that the door leaves open and close smoothly while maintaining a clean appearance.
2. Intelligent upgrade
Aluminum glass double doors can be integrated with intelligent systems such as fingerprint locks, automatic door closers, and sensor switches to achieve contactless access or remote control, which is suitable for smart home and smart office scenarios.
3. Application scenarios: wide coverage from residential to commercial
Residential area
Villas and mansions: used as entrance doors or garden doors to highlight the grand style;
Indoor partition: Separate the living room and dining room to maintain visual continuity;
Sunroom entrance: equipped with panoramic glass, blurring the boundaries between indoor and outdoor.
Commercial and public spaces
Hotels and clubs: Create a high-end welcoming atmosphere;
Exhibition halls and shopping malls: transparent design attracts passenger flow and improves spatial mobility;
Office building lobby: conveying the open concept of modern enterprises.
4. Future trends: sustainability and personalization
Deepening application of environmentally friendly materials
The production process of recycled aluminum and low-carbon glass will be further popularized, pushing aluminum glass doors towards the "zero carbon" goal.
The rise of customized design
From door frame color, glass texture to opening methods (such as folding, translation + flat opening combination), users can deeply participate in the design to meet niche needs.
Cross-border functional integration
In the future, aluminum glass doors may become "breathing curtain walls" integrating photovoltaic power generation, air purification and other functions to achieve dynamic interaction between architecture and nature.
