The 200 Series Aluminium Stacking Sliding Door seamlessly blends sophisticated and modern architectural design with superior quality, functionality, style, and value. Offering the option of double glazing, the 200 Series Stacking Sliding Door is well-suited for a wide range of semi-commercial projects. Our Stacking Sliding Doors are tailored to provide the ideal solution for indoor/outdoor living, facilitating a seamless transition from interior to exterior spaces while creating expansive open areas.
Perfect Solution for Indoor/Outdoor Living
Our Stacking Sliding Doors provide the perfect solution for indoor/outdoor living, creating large open spaces and facilitating a seamless transition from inside to outside. Whether you’re entertaining guests or simply enjoying the outdoors, these doors enhance the overall living experience by maximising space and connectivity.
Double Glazing Available for Enhanced Efficiency
The 200 Series Stacking Sliding Door can be double glazed, offering enhanced insulation and energy efficiency. This feature makes it suitable for most semi-commercial projects, providing exceptional performance while meeting the demanding requirements of modern building projects.
Superior Weather Resistance
With water standard rated at 300pa (with Finseal), the Stacking Sliding Door offers superior resistance to water infiltration, ensuring that your home remains dry and protected even in harsh weather conditions. Air infiltration is rated to air-conditioned standards as per AS2047, providing added comfort and energy efficiency.
Glazing Method & Options
- Glass is fixed using vinyl glazing channel encased inside aluminium stiles and rails.
- Can be glazed in 4mm, 5mm, 6mm and 6.38 glass.
- Can be double glazed using 18mm DGU.
- Acoustic, laminated and toughened glazing options are also available.
Performance
- Water: Standard 300pa (with Finseal).
- Air infiltration: Air conditioned rating to AS2047.
- Overall rating: N4 maximum (size and configuration limits apply).
- Higher ratings are available and may be subject to size limits.
