Hinged Design Aluminium Window And Door Dustproof Smooth Operation Aluminium Casement Door

We specialize in exploring the performance limits of casement systems under non-thermal break structures. The 100 Series Non-Thermal Break Casement Door System provides heavy-duty portal solutions that balance structural strength and cost-effectiveness for industrial buildings, storage spaces, and functional facilities in temperate climates, utilizing fully reinforced profiles and precision hardware integration technologies. The system employs single-piece extruded thickened aluminum profiles, with wall thickness at key load-bearing areas reaching 3.5mm—increasing the sectional moment of inertia by 40% compared to standard casement systems—while achieving large-size load-bearing capacity for single-leaf doors up to 2.4 meters in width and 3.2 meters in height within the continuous material framework of the non-thermal break structure.

System innovations are reflected in the three-dimensional adjustable hinge system and pressure distribution design: heavy-duty load-bearing hinges combine stainless steel bodies with self-lubricating bearings, supporting 100,000 open-close cycles under a load of 500 kg per door leaf; the sealing system maintains watertight integrity even under strong wind conditions through the coordination of variable-section gaskets and drainage air pressure balance channels; the opening limiter device offers three positioning options—90°, 120°, and 180°—and is equipped with concealed floor fixators to enhance wind resistance safety. We provide professional load calculation services, allowing customized profile reinforcement plans based on wind pressure zone data, and supply complementary accessories such as impact-resistant corner guards, heavy-duty multi-point locks, and quick-disassembly systems to meet the specific usage requirements of logistics passages, production workshops, equipment rooms, and similar scenarios.

Choosing the 100 Series Non-Thermal Break Casement Door System signifies a return to the engineering essence of fundamental material performance. Through the continuous structure of complete aluminum profiles and precise mechanical transmission design, it demonstrates the durability advantages of non-thermal break systems under extreme working conditions in industrial environments requiring high-frequency use, large openings, and impact resistance—validated by a maintenance-free lifecycle of thirty years and achieving the optimal balance between initial investment and total lifecycle costs.