Tracked Bi-pass Shutters
Tracked bi-pass shutters are a sophisticated and stylish window treatment solution that offers a combination of practicality, aesthetics, and functionality. They are especially well-suited for large openings such as patio doors, bi-fold doors, or even as room dividers.
Key features and Benefits
Construction
Typically crafted from durable materials like hardwood or composite materials, ensuring longevity and a premium appearance.
Flexibility
They can be partially or fully opened, providing customizable light control and privacy options.
Aesthetics
They offer a clean and modern look that seamlessly blends with various interior design styles.
Operation
They operate on a track system, where individual panels slide past each other on separate tracks. This allows for smooth and effortless operation, even for large or heavy panels.
Key Benefits
Space-saving
When opened, the panels stack neatly to the side, maximizing open space and allowing unobstructed views and access.
Light control & Privacy
Offer complete privacy and excellent light control when closed.
Versatility
Suitable for a wide range of applications, including large windows, patio doors, and room dividers.
Durability
Built to last and withstand regular use thanks to their sturdy construction and track system.
Ease of Use
The smooth gliding mechanism makes them easy to operate, even for larger panels.
Energy efficiency
When closed, they provide an additional layer of insulation, helping to regulate temperature and reduce energy costs.
Ideal for
Large openings where bi-fold shutters may not be suitable due to space constraints or aesthetic preferences.
Areas requiring flexible light control and privacy, such as living rooms, bedrooms, or conservatories.
Contemporary or modern interiors where a sleek and minimalist look is desired.
Overall, tracked bi-pass shutters offer a practical and stylish solution for covering large openings. They are a versatile and functional window treatment that combines aesthetic appeal, ease of use, and energy efficiency.
