The 100 Non-Thermal Break Series Awning Window is specifically designed for high-strength ventilation needs in industrial buildings, storage facilities, and utility structures. It employs thickened aluminum profiles and a reinforced structural system to provide a reliable and durable large-scale ventilation solution for non-extreme climate conditions. The window frame is constructed from 100 Series 6063-T6 high-strength aluminum alloy profiles with a wall thickness of 1.8mm, featuring heavy-duty cast aluminum hinges and a multi-point locking system capable of withstanding frequent opening/closing cycles and standard wind pressure loads in industrial environments. The opening sash can reach a maximum width of 1500mm, with an outward opening range of 0°-90° and stay positioning for efficient airflow exchange. Optional safety chains and reinforced insect screens are available.

This series emphasizes a balance between practical performance and cost-effectiveness. It comes standard with 5mm single-layer tempered glass, with insulating glass available as an option to meet basic thermal insulation requirements. The drainage system utilizes a multi-cavity water guide structure combined with an external insect screen to ensure rapid drainage during heavy rain conditions. All hardware components undergo a 120-hour salt spray test, and the surface is treated with polyester powder coating to withstand mildly corrosive industrial environments.

The product is widely used in scenarios such as logistics warehouses, production workshops, side windows of sports stadiums, and agricultural greenhouses, where thermal insulation requirements are modest but long-term structural stability is essential. Its modular design supports batch rapid installation, with pre-installed corner brackets and adjustable fixings allowing for ±10mm installation tolerance compensation. The 100 Non-Thermal Break Series Awning Window, with its core positioning of "industrial-grade strength, civilian-grade cost," serves as a standardized choice for functional building envelope systems.