
Advantages of Aluminum-Wood Composite Doors
Traditional wooden doors (paint-free wooden doors) usually consist of all-wood door leaves and door frames with PVC edge banding. In contrast, aluminum-wood doors adopt an aluminum alloy + wood composite structure - the interior of the door leaf features an aluminum keel + multi-layer wood, the exterior is edged with aluminum strips, and the frame is either all-aluminum or aluminum-wood composite. Compared with traditional wooden doors, SGL's aluminum-wood doors offer significant advantages:
Environmental Protection & Health
By replacing the wooden door frame with aluminum alloy, aluminum-wood doors drastically reduce the demand for wood resources. Meanwhile, they use zero-formaldehyde-emission materials, making them more environmentally friendly overall and better aligned with modern pursuits of a healthy living environment.


Structural Stability
The adoption of aluminum alloy for the door frame instead of traditional wood significantly enhances strength and durability. Unlike wooden frames, aluminum frames are less prone to cracking and surface coating peeling, ensuring a longer service life.
Sealing & Sound Insulation
The interior of the door leaf adopts a magnetic silent structure. The wooden panel combined with the magnetic design achieves high airtightness, effectively blocking external noise and improving the sound insulation effect in bedrooms or studies.


Strong Deformation Resistance
1.First layer: LVL parallel multi-layer wooden keel inside the door leaf provides a stable wooden structure foundation;
2.Second layer: Aluminum alloy keel filling enhances overall rigidity;
3.Third layer: Mortise and tenon structure + aluminum edge banding reinforcement. These three layers of protection effectively prevent door leaf deformation caused by temperature and humidity changes.This composite structure is more deformation-resistant than traditional all-wood doors.
Anti-Dehiscing Design
The aluminum edge banding adopts a three-layer reinforcement method: mortise and tenon structure + tenon groove glue filling + aluminum edge banding bonding. This avoids the common problem of dehiscing in traditional PVC edge banding and extends the door's service life.


Waterproof & Moisture-Resistant Performance
Aluminum alloy frames are moisture-resistant and non-absorbent. Compared with all-wood doors, they are less likely to deform or crack due to moisture intrusion during room cleaning, making them particularly suitable for humid environments such as bathrooms and kitchens.
Unified Overall Style
SGL's aluminum-wood doors offer a whole-house same-color scheme: seven major categories including bedroom doors, bathroom doors, kitchen sliding doors, wall panels, door casings, wardrobe doors, and skirting boards can all be selected in the same style and color. Whether it's Nordic, Italian, light luxury, or minimalist style, consistent color and texture can be achieved.


Procurement Value
For global procurement managers, contractors, and construction companies, aluminum-wood composite doors offer exceptional value and suitability:
● Sustainability: Crafted from recyclable materials with a long service life.
● High Performance: Durable, stable, soundproof, and moisture-resistant.
● Low Maintenance Costs: Requires only simple upkeep.
● Flexible Design: Supports multiple customized styles.
When evaluating door options for commercial buildings, residential projects, or high-performance constructions, these composite doors deliver both design value and technical performance.
Product Series Classification
Currently, this aluminum-wood door product is available in multiple models to meet different space and style needs, including:
- Fenglin Regular Model
- Fenglin Magnetic Silent Model
- 30/36 Regular Model
- 30/36 Magnetic Silent Model
- 50 Flush-Mounted Inward-Opening Regular Model
- 50 Magnetic Flush-Mounted Inward-Opening Model
- 60 Flush-Mounted Inward-Opening Model
- Frameless Invisible Door
- Fenglin with Lintel (Recessed Inward-Opening) Regular / Magnetic Model
- 50 with Lintel Flush-Mounted Inward-Opening Regular / Magnetic Model










