AS100 Series Non-Thermal Break Sliding Door
Product Overview
Designed for diverse architectural environments, this Australian Standard 100 Series non-thermal break sliding door is engineered in strict accordance with relevant Australian building codes. Featuring high-strength aluminum profiles and a multi-seal structure, it ensures structural stability while providing reliable wind and dust resistance, delivering a secure and comfortable indoor environment.
Key Features
- High-Strength Aluminum Profiles for Durability: Crafted from premium high-strength aluminum alloy, this door offers excellent compression and deformation resistance. The scientifically designed 100 series profile ensures outstanding load-bearing capacity and smooth, stable operation even with frequent use.
- Multi-Seal Design for Wind & Dust Resistance: Equipped with a multi-seal structure and high-quality weatherstripping, it effectively blocks outdoor wind, sand, dust, and rain. Ideal for windy coastal areas or dry, dusty environments.
- Australian Standard Craftsmanship & Quality Assurance: Designed and manufactured to Australian building standards with strict quality control from profile cutting to assembly, ensuring precise dimensions and tight structure.
- Non-Thermal Break Structure for Cost-Effectiveness: Maintains essential wind/dust resistance and structural strength while optimizing costs, making it ideal for areas without special thermal insulation requirements.
Applications
- Residential balcony and terrace sliding doors
- Villa courtyard entrance doors
- Commercial space partition doors
- Exterior doors for buildings in coastal or high-wind/dust areas
Why Choose Us?
- Specialized in Australian Standard Doors & Windows: Years of experience in the Australian market with deep understanding of local building codes and user needs.
- Strict Quality Control System: Full-process quality traceability from raw material procurement to final product delivery.
- Customization Services: Personalized customization for dimensions, colors, and glass configurations to meet specific project requirements.