Modern Design Energy Efficient Aluminum Tilt and Turn Casement Windows
Product Description:
Casement windows are side-hinged windows that open inward or outward, similar to doors. They can be used as single units or installed in pairs within a shared window frame. Typically, the windows are opened and closed using a handle or lever, while a locking mechanism secures them firmly to the window frame.
Energy Efficiency: When closed and locked, the sash presses tightly against the frame, creating a very strong seal that minimizes air leakage. This makes them one of the most energy-efficient window types.
Excellent Ventilation: Casement windows can open fully, allowing for maximum airflow. Because they open outward, they can also be angled to catch and direct breezes into the room.
Unobstructed View: The single sash design, especially in single and French casement windows, offers a clear, uninterrupted view.
Easy to Operate: The crank mechanism makes them easy to open and close, even for people who might have difficulty lifting or lowering a traditional double-hung window.
Security: Casement windows often feature multi-point locking systems, which make them very secure when closed.
Sepcifications
Product Name: | Modern Design Energy Efficient Aluminum Tilt and Turn Casement Windows |
Brand: | WEINAS |
Model: | WEISHANG 110 |
Material: | Aluminum 6063-T5, Double Glass |
Profile Thickness: | 2mm |
Glass: | 5mm+20A+5mm Double Glass |
Glass Leaf Visible Width: | 65mm |
Screen Leaf Visible Width | 60mm |
Wall Occupied: | 110mm |
Color: | Matt Black, Glossy Grey, Matt Grey, Matt Brown |
Open Mode: | Casement |
Advantages: | Waterproof |
Features:
Window frames, especially those made from highly conductive materials like aluminum or steel, can act as a bridge for heat and cold. This is known as thermal Bridge. During the summer, outside heat can be transferred through the frame into your home, and in the winter, indoor heat can escape.
To prevent this, a thermal break window features a material with low thermal conductivity,placed between the interior and exterior parts of the frame. This creates a barrier that disrupts the flow of thermal energy, effectively "breaking" the conductive path. By doing so, the interior side of the window frame remains closer to the room's temperature, regardless of the outside conditions.