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| Brand Name: | Dimax |
| Model Number: | 100 Thermal break series Awning Window |
| MOQ: | 1 |
| Price: | 800-1200rmb |
| Delivery Time: | 45 |
| Payment Terms: | L/C,T/T |
INFORMATION
| System | 150 non thermal break series casement door |
| Brand | DIMAX |
| Material | 6063-T5 |
| Certification | AS2047 |
| Glass | Single-pane glass, laminated glass, double-layer tempered glass, tempered laminated glass, triple-layer tempered glass |
| Powder-coat | Interpon, Dulux and so on (warranty treatment 10/20 years) |
| Hardware | KIN LONG,BONWAY,Doric and so on |
| Configuration | Single door, double door, door with sidelight |
| Flyscreen | Fiberglass/Stainless steel available |
| Fixing Method | Sub sill/Sub head/Finx fix/Face fix/Timber reveal available |
| Air Infiltration | 75pa |
| Design Wind Pressure | 2000pa |
| Water Resistance | 600Pa |
| Ufimate Wind Pressure | 2800pa |
| Insulative Effectiveness | Configure according to the project requirements |
| soundlnsulafion | Configure according to the project requirements |
We focus on addressing the core challenges of ventilation control and energy consumption management in building envelopes. The 100 Series Thermal Break Awning Window System provides intelligent ventilation solutions for high-end residential, medical, educational buildings, and passive energy-saving projects through innovative multi-chamber thermal break design and top-hung outward-opening structure. The system adopts a composite thermal break aluminum profile structure, reducing thermal conductivity by up to 70% compared to traditional non-thermal break systems. Combined with triple-glazed warm-edge sealed glass, it achieves an ultra-energy-efficient performance with a whole-window thermal transmittance (K-value) of ≤1.6 W/(m²·K).
The system’s core technology integrates innovations in fluid dynamics and thermal engineering: the top-hung outward-opening trajectory is aerodynamically optimized to maintain a minimum ventilation angle of 15° even during stormy weather; the concealed multi-point locking system achieves four-level sealing gradient control through pressure balancing principles; the profile thermal break bridge uses glass fiber-reinforced polyamide 66 composite material, offering 300% higher mechanical strength than conventional PVC thermal breaks and a linear expansion coefficient fully matched with aluminum. We provide comprehensive performance configuration solutions, including outdoor fall prevention limiters, indoor micro-ventilation adjustment devices, and smart ventilation controllers integrated with PM2.5 filtration modules, meeting international certification requirements such as German PHI and U.S. ENERGY STAR.
Choosing the 100 Series Thermal Break Awning Window System means achieving climate-adaptive control throughout the building’s lifecycle. Through precise thermal engineering calculations and ventilation logic design, this system delivers a triple value commitment in scenarios such as hospital ward constant-pressure environments, laboratory precision ventilation, and green building energy monitoring: healthy air management, ultimate energy efficiency, and a fifty-year structural warranty.
