|
| Brand Name: | Dimax |
| Model Number: | 150 non thermal break series Awning Window |
| MOQ: | 1 |
| Price: | 800-1200rmb |
| Delivery Time: | 45 |
| Payment Terms: | L/C,T/T |
We focus on the extreme performance requirements of industrial buildings and special environments for awning window systems. The 150 Series Non-Thermal Break Awning Window System provides heavy-duty ventilation solutions that exceed conventional standards for chemical plants, rail transit facilities, and buildings in coastal high-salt-fog areas through military-grade hinge platforms and anti-deformation frame structures. The system utilizes marine-grade aluminum alloy monolithic extruded profiles, with locally reinforced units pre-designed at key load-bearing points up to 4.2mm thick, combined with three-dimensional reinforcement rib structures. While maintaining the integrity of the non-thermal break architecture, it achieves a structural record of withstanding 1500Pa negative pressure tests for single window sashes up to 1.8m×2.4m in size.
The core technological breakthrough lies in the storm self-locking hinge system: each hinge unit includes a titanium alloy main shaft and a self-compensating wear module, supporting continuous 200,000 full-load open-close tests while maintaining displacement tolerance within 0.5mm; the airtight system employs pressure gradient adaptive technology, achieving intelligent transition from complete sealing to ventilation under strong wind conditions through the linkage of variable-section sealing strips and cavity pressure balance valves; the anti-intrusion design includes concealed multi-point locking mechanisms and anti-saw window frame inserts, meeting PAS24:2016 security standards. We provide environmental adaptability configuration options, including anti-chemical coating systems, explosion-proof motor drive options, and lead-sealed sealing modules for special filtration and ventilation needs in nuclear power plants.
Choosing the 150 Series Non-Thermal Break Awning Window System is a strategic investment in equipment reliability under extreme working conditions. By integrating material performance limits with mechanical redundancy design, it achieves a triple protection system of corrosion resistance, explosion resistance, and leakage prevention in special scenarios such as nuclear power auxiliary buildings, ship cabins, and hazardous chemical storage facilities. Leveraging the inherent advantages of all-metal continuous structures and modular maintenance design, it extends service life to the forty-year standard of industrial equipment.
