A folding window is a type of window that can be folded inwards when not in use, providing additional space and flexibility in various settings.
Where To Use Folding Window
Folding windows are commonly used in various applications such as:
Outdoor spaces like patios, decks, and verandas
Indoor spaces with limited window openings
High-rise buildings for emergency exit purposes
Key Features Of Folding Window
Space-saving design for increased flexibility
Easy to install and maintain
Durable and long-lasting construction
Various material options (e.g., aluminum, PVC) for different climates and budgets
How To Use Folding Window
Ensure proper installation and leveling of the folding window
Maintain regular cleaning and lubrication to ensure smooth operation
Carefully fold and store the window when not in use
How Folding Window Is Manufactured
The manufacturing process of folding windows typically involves the following stages:
Design and prototyping
Material selection and preparation (e.g., cutting, bending)
Assembly and welding of components
Quality control and testing
Technical Specification Of Folding Window
Width:
120-250 cm
Height:
100-200 cm
Number of Panels:
2-5 panels
Material:
Aluminum, PVC, or wood
Glass Thickness:
2-5 mm
The technical specifications of folding windows can vary depending on the intended application, climate, and budget. The table above provides a general overview of the typical specifications for commercial-grade folding windows.
When selecting a folding window, it is essential to consider factors such as durability, maintenance requirements, and energy efficiency. The correct material choice will also depend on the environmental conditions where the window will be installed.
Description Of Folding Window
A folding window is a type of window that can be folded inwards when not in use, providing additional space and flexibility in various settings.
Related Products & Synonyms Of Folding Window
Folding windows are often compared to sliding windows and bifold doors, which share similarities in functionality and design.
