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Landsharp American Style Aluminum Single Pane Double Hung Windows Vertical Sliding Sash Windows Triple Double Hung Windows
Product Description
The appearance of thermal break aluminum doors and Windows is simple and generous, smooth lines, colorful colors, using anodic oxidation, powder spraying, fluorocarbon spraying and other surface treatment can produce aluminum profiles of different colors, which can match with various architectural styles and improve the overall beauty of the building.
| Product Description | |
|---|---|
| SERIES | Thermal Break Aluminum Alloy Series Lifting Window |
| Trackwindth | 125mm |
| Profile | 6063-T5 Thermal Break Aluminum Profile |
| Thickness | 2.0mm Aluminium Thickness |
| Glass | tempered glass/hollow glass/laminated glass/Bullet-proof Glass/coated glass/low-e glass/heat reflecting glass/art glass |
| Hollow Glass Recommond | Double Glazing Tempered 5mm+12Ar+5mm |
| Hardware | Special Hardware For Lifting Windows |
| Surface Treatment | Powder Coating,AnodizedWooden Grain, PVDF Coating |
| Opening Mode | Single Lift / Lift Up And Down |
Adopt high strength profile and strict production process
The structural design is firm, the wind pressure strength is far better than the plastic steel Windows and ordinary aluminum alloy Windows, can withstand high wind pressure, to ensure the safety performance of doors and Windows in wind and rain weather, especially suitable for coastal cities and other countries with large wind.
Advantage
1. PIN GLUE INJECTION PROCESS
Fill the gap between the aluminum and corner code.
2. Multi Cavity Insulation Strip
PA66 high thermal insulation strip is used to completely block the heat conduction path of the profile.
3. Concealed Drainage Design
Avoids the possibility of rainwater backflow.
If you want to customize different sizes and materials, we can provide a customization service for you with a minimum order quantity of just 1.
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Thermal Insulation & Energy Saving Performance
Thermal insulation to reduce heat conduction: The use of thermal insulation broken bridge aluminum alloy profiles can effectively reduce the heat conducted through the doors and Windows, so that the indoor temperature is more stable, warm in winter and cool in summer.
Energy saving: In winter, a window frame with insulation strips can reduce the heat lost through the window frame by 1/3; In summer, it can reduce energy loss more, reduce heating and cooling costs, in line with the concept of energy conservation and environmental protection.
We believe in good craftsmanship, which is why our door very popular in US ,Europe,Israel ,Nigeria. so we can develop and make products that meet our customers’ needs, for when they need it.
Frequently Asked Questions (FAQ)
Q1: What aluminum profile and thickness are utilized for this window series?
The system adopts premium 6063-T5 thermal break aluminum profiles with a heavy-duty 2.0mm aluminum thickness, ensuring high structural strength and durability.
Q2: What is the recommended glass configuration for thermal efficiency?
The recommended option is Double Glazing Tempered 5mm+12Ar+5mm. Other options such as laminated, bullet-proof, Low-E, coated, and art glass are also available upon request.
Q3: How does the window perform in coastal or high-wind environments?
With its high-strength aluminum profile and pin glue injection process, the wind pressure resistance is significantly higher than that of standard aluminum or plastic-steel windows, making it ideal for coastal and stormy regions.
Q4: How does the thermal break mechanism reduce energy consumption?
Built-in PA66 multi-cavity insulation strips effectively block heat conduction, reducing frame heat loss by up to one-third in winter and preserving cooling efficiency in summer.
Q5: What is the minimum order quantity (MOQ) for custom sizing?
Customization services for various dimensions, finishes, and configurations are offered with a flexible minimum order quantity of just 1 piece.
Q6: How does the concealed drainage design prevent water intrusion?
The concealed drainage system utilizes a hidden path to swiftly guide water away from the profile, effectively preventing rainwater backflow during intense storms.
