Aluminum-Clad Wood 78 Bay & Bow Window
Expand Your Horizon, Elevate Your Space
A standard flat window limits your view; a Bay & Bow Window transforms your architecture. By projecting outward from the main wall, it literally reshapes your room—creating a breathtaking focal point, expanding your interior floor space, and flooding the room with natural light.
Combining the organic warmth of solid wood on the inside with the rugged durability of aluminum on the outside, this unit is engineered for modern luxury hotels and high-end villas.
Here is a deep dive into what makes this system exceptional.
️ The Architectural Advantage
Panoramic Views & Expanded Space
The outward projection creates a stunning architectural bay. It not only adds undeniable curb appeal to your building's facade but also provides a cozy, light-filled alcove inside—perfect for a reading nook, a window seat, or a high-end display area.
Dual-Sensory Material
The interior features the timeless beauty and warmth of natural wood, providing a premium tactile experience. The exterior is clad in high-precision 6063-T5 aluminum, offering zero-maintenance protection against rain, UV, and corrosion.
⚙️ German System Engineering
Superior Thermal & Acoustic Insulation
Built to European standards, the frame utilizes a closed-cavity structure and a 20mm thermal break strip. Paired with standard 5mm + 20A + 5mm double Low-E glass and multi-chamber frames, it effectively blocks outside noise and drastically reduces heat transfer, ensuring a quiet, energy-efficient interior.
Structural Integrity
The main profile features a ≥1.8mm wall thickness, guaranteeing high stability and safety even when fully exposed to wind.
Smooth Operation
The unit opens to an 87-degree angle with a maximum load capacity of 50kg. Standard hardware is OAOSM, with the option to upgrade to premium SI/Hopo handles and a 3-point lock system (highly recommended for coastal areas or high-rise buildings above the 30th floor).
Configuration Matrix
| Parameter | Specification |
|---|
| Material | High-Precision 6063-T5 Aluminum Alloy (Outer) & Solid Wood (Inner) |
| Main Wall Thickness | ≥ 1.8mm |
| Frame Visible Surface | Indoor: 30.8mm / Outdoor: 50.8mm |
| Insulation Strip | 20mm Thermal Break |
| Glass Channel Width | Frame: 33.8mm / Fan: 33mm |
| Standard Glass | 5mm + 20A + 5mm (Double Low-E, Fixed & Fan) |
| Max Opening Size | Width: 700mm / Height: 1500mm |
| Max Load Capacity | 50kg |
| Hardware System | OAOSM (Standard) / SI or Hopo (Upgrade) |
| Surface Treatment | Fluorocarbon Grey, Metal Grey, Starry Black (Custom colors available) |
| Certifications | FSC, CE, ISO 9001, SGS |
| Warranty | Over 5 Years |
Ideal Applications
Luxury Hotels & Resorts: Create a quiet, premium guest experience with stunning architectural facades and soundproof interiors.
Modern Villas: Add a bay window to the living room or master bedroom to maximize panoramic views and interior space.
High-End Offices: Reduce external city noise and glare while adding a sophisticated architectural element.
Coastal Properties: The aluminum exterior and optional 3-point lock provide excellent weather and wind resistance.
FAQ
1. What is the difference between this and a standard flat window?
It projects outward, creating an interior alcove and expanding your viewing angle. It also adds significant depth and architectural interest to your building's exterior.
2. What glass is used and why?
We use standard 5mm+20A+5mm double Low-E glass. The 20mm air gap combined with the Low-E coating provides excellent thermal insulation and soundproofing.
3. Is the hardware secure enough for high floors?
Yes. While the standard OAOSM hardware is reliable, we highly recommend upgrading to SI/Hopo and adding the optional 3-point lock system for maximum security and wind resistance on high floors or coastal areas.
4. How is the wood interior protected from the weather?
The exterior is completely shielded by the aluminum cladding. The wood is only exposed on the interior side, meaning it requires zero exterior maintenance and will never rot or fade from UV exposure.
