Category: Aluminum Awning Windows

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Aluminium Alloy Bahama Shade Roof Windows

Aluminium Alloy Bahama Shade Roof Windows

$75-150 /Square Meter

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Payment Type: L/C,T/T,Paypal
Incoterm: FOB,CFR,CIF,EXW
Min. Order: 1 Square Meter
Transportation: Ocean
Port: SHENZHEN

Description

Product Attributes

Model No.: WD-AW027

Brand: Wendou

Warranty Service: More Than 5 Years

After-sales Service: Online Technical Support, Onsite Installation, Onsite Training, Onsite Inspection

Engineering Solution Capability: Graphic Design, 3d Model Design, Total Solution For Projects

Application Scenario: Hotel, Villa, Apartment, Office Building, Hospital, Warehouse, Bathroom, Farmhouse, Basement

Design Style: Modern, Traditional, Farmhouse, Industrial, European, Transitional, Chinese, French

Place Of Origin: China

Packaging & Delivery

Selling Units:	Square Meter
Package Type:	Adhesive protective film+Bubber film+Hardboard+Strechable plastic wrap+Non-fumigation plywood-crate
Picture Example:

Supply Ability & Additional Information

Packaging: Adhesive protective film+Bubber film+Hardboard+Strechable plastic wrap+Non-fumigation plywood-crate

Productivity: 150000㎡/year

Transportation: Ocean

Place of Origin: Made in China

Supply Ability: 10000㎡/month

Certificate: NFRC/AS2047

HS Code: 7610100000

Port: SHENZHEN

Payment Type: L/C,T/T,Paypal

Incoterm: FOB,CFR,CIF,EXW

Product Description

Aluminum Alloy Bahama Shade Roof Windows (Aluminum Alloy Bahama Shade Roof Windows) are a roof window system that combines shading, ventilation, and lighting functions, commonly found in tropical and subtropical buildings. Inspired by the traditional architecture of the Bermuda Islands, their design utilizes adjustable aluminum louvers or sunshades to block direct sunlight while maintaining air circulation, effectively lowering indoor temperatures and reducing air conditioning energy consumption.

I. Material Characteristics of Aluminum Alloy Windows

Aluminum Alloy Base Material

Alloy Composition: The main profile is made of 6063-T5 or 6061-T6 aircraft-grade aluminum alloy containing magnesium, silicon, and other elements. The yield strength is ≥160 MPa, the elongation is ≥8%, and the wind pressure resistance exceeds 3500 Pa (equivalent to a force 12 typhoon).

Surface Treatment:

PVDF coating: UV and corrosion resistant, with a service life exceeding 25 years, suitable for coastal environments with high salt spray.

Powder coating: A variety of colors are available, with a color difference ΔE ≤ 1.5 (AS2700 standard), meeting personalized design requirements. Anodizing: Surface hardness reaches HV600 or higher, offering excellent wear resistance, but color options are limited.

Glass Configuration

Double-layer insulating glass: 5mm + 12A + 5mm structure, thermal conductivity U-value ≤ 1.8W/(m2·K), sound insulation performance reaches RW35dB (AS1276 standard).

Low-E coated glass: Reflects infrared rays, reduces radiant heat transfer, and improves energy efficiency by 30%.

Laminated safety glass: Highly impact-resistant, meets AS1288 child safety requirements.

Sealing Material

EPDM rubber sealing strip: Excellent weather resistance, maintains elasticity in temperatures from -40°C to +80°C, and meets AS2047-2014 Class 4 airtightness.

Silicone sealant: Used for bonding glass to profiles, it is UV-resistant and aging-resistant, with a service life exceeding 15 years.

II. Aluminum Awning Windows Process Features

Profile Extrusion Process

Using a 6,000-ton extruder, profile wall thickness ≥ 2.0mm (commercial series can reach 2.5mm), with a dimensional accuracy of ±0.1mm, ensuring structural stability.

Corner connections utilize two-component glue injection technology, achieving a corner strength of 3200N (AS2047-2014 test method), a 60% increase over traditional mechanical connections.

Sunshade System Integration

Adjustable blinds: Utilize 304 stainless steel drive rods, with a load capacity of 80kg, and adjustable opening angles from 0° to 90°, supporting both electric and manual control.

Concealed hinges: German-branded three-dimensional adjustable hinges with a lifespan exceeding 50,000 opening cycles (AS2047-2014 cycle test).

Modular Installation

The window frame and roof structure are secured using a combination of mechanical fastening and structural adhesive bonding, achieving an installation accuracy of ±1mm and waterproofing that meets AS4200 standards. Support for prefabricated sub-frame systems increases on-site installation efficiency by 40% and reduces labor costs by 25%.

III. Structural Advantages: Breakthroughs in Wind Pressure Resistance and Waterproofing

Wind Pressure Resistance Design

The profile's internal multi-cavity structure, combined with reinforced muntins, can withstand wind pressures of 4500 Pa (equivalent to a force 14 typhoon), meeting AS1170.2 structural load standards.

The glass is equipped with argon-filled hollow layers to reduce thermal expansion and wind vibration noise.

Optimized Drainage System

Using the isobaric rain curtain principle and a concealed gutter design, the system achieves a drainage capacity of 12 L/s·m, far exceeding the AS1288 storm level rainfall intensity.

Integrated deflectors at the bottom of the window frame prevent rainwater backflow, achieving IPX6 waterproofing.

Anti-theft and Security

Equipped with a multi-point locking system with locking points ≤300 mm apart, the system achieves RC2 anti-theft rating (AS/NZS 4131 standard). The glass is built with steel mesh, increasing impact resistance by 200% and preventing the risk of falling objects.

IV. Aluminum Windows Environmental Adaptability

High Temperature and High Humidity Environments

The aluminum alloy profile has a thermal expansion coefficient of 0.024mm/(m·K). Combined with elastic sealing strips, the structural deformation is less than 2mm in temperatures between -30°C and +80°C.

The fluorocarbon coating has a salt spray resistance test of over 5,000 hours and is suitable for use within 500m of the coastline.

Highly Windy and Sandy Areas

The nano-self-cleaning coating on the glass surface reduces dust adhesion and maintains light transmittance of >90%.

The streamlined sunshade louvers have a drag coefficient (Cd) of ≤0.15, reducing strong wind loads.

Energy Saving and Environmental Protection

The overall window heat transfer coefficient (K) is ≤1.8W/(m·K), achieving a 40% improvement in energy efficiency compared to conventional windows and meeting Nathers 8-star energy efficiency standards.

The aluminum alloy is 100% recyclable, reducing the carbon footprint by 65% compared to virgin aluminum and meeting Green Star certification requirements.

V. Technology Development Trends

Intelligent Integration: Supports smart window systems, real-time monitoring of temperature, humidity, and PM2.5 data, and integrates with fresh air systems.

Low-Carbon Materials: Some companies are beginning to use recycled aluminum alloy (containing 30% recycled content), which reduces the carbon footprint by 65% compared to virgin aluminum.

Modular Innovation: Introducing removable sunshades that can be replaced seasonally to meet the needs of different climates.