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| Brand Name: | HANLUN |
| Model Number: | 128 Non- Thermal Break SeriesSliding Door/Window |
| MOQ: | 1 |
| Price: | 300-1000RMB |
| Delivery Time: | 45 |
| Payment Terms: | L/C,T/T |
The 128 Non-Thermal Break Series Sliding System is specifically designed for industrial buildings with extra-wide openings, logistics hubs, and specialized facilities, providing a high-load door and window solution for extreme-span ventilation and access requirements. The system utilizes thickened 128 Series aluminum profiles (with critical load-bearing sections reaching 2.5mm wall thickness), equipped with heavy-duty triple roller sets and box-type load-bearing tracks. A single sash can support up to 350kg, meeting engineering needs for sash widths up to 2000mm and continuous opening spans exceeding 8000mm. The track system integrates self-cleaning grooves and anti-derailment devices to ensure stability under high-frequency, long-term use.
For sealing and protection, the system employs a three-layer sealing structure: an outer weather-resistant EPDM fin seal, a middle nylon-based windproof brush strip, and an inner adjustable bottom sealing block, achieving industrial-grade airtightness and wind pressure resistance despite the non-thermal break design. Standard glazing is 10mm tempered glass, with optional explosion-resistant laminated or composite insulating glass. Surface treatment uses high-temperature cured fluorocarbon coating, providing up to 20 years of corrosion protection.
The system supports multi-module synchronized control, enabling grouped simultaneous opening/closing via motorized drives, and is compatible with sensor and security system integration. Installation employs split prestressed frames and modular pre-assembly technology, allowing for ±20mm compensation for structural tolerances. Suitable for aviation hangars, heavy equipment workshops, cross-border logistics warehouses, and other scenarios with stringent demands on structural strength, frequency of use, and span length, the system redefines the performance boundaries of industrial sliding systems with its triple attributes of "ultra-load capacity, ultra-span capability, and ultra-durability."
