| Brand Name: | HANLUN |
| Model Number: | 100 Non-Thermal Break Series Sliding Door/Window |
| MOQ: | 1 |
| Price: | 300-1000RMB |
| Delivery Time: | 45 |
| Payment Terms: | L/C,T/T |
The 100 Non-Thermal Break Series Sliding System is an integrated door and window solution designed for industrial plants, logistics warehouses, and large public spaces. Combining the functional advantages of sliding doors and windows, it offers a cost-effective sealing and ventilation option for wide openings. The system utilizes thickened 100 Series aluminum profiles (2.0mm wall thickness) with a heavy-duty dual-track load-bearing design, equipped with reinforced stainless steel roller sets and anti-lift devices. A single sash can support up to 200kg, making it suitable for continuous openings spanning up to 6000mm in width.
Performance configurations balance practicality and durability: door/window sashes feature dual-layer EPDM brush seals, with liftable windproof sealing blocks at the base to ensure smooth sliding while effectively controlling air infiltration. Standard glazing is 8mm single-layer tempered glass, with options for insulating or laminated glass to address basic sound insulation or safety requirements. Surface treatment employs high-weather-resistant powder coating, customizable in RAL color systems to meet the aesthetic coordination needs of industrial buildings.
The system supports diverse configuration modes—full door layouts for material access passages, mixed door-window arrangements for ventilation bands, or combined with fixed sashes to create composite facades. Installation uses pre-assembled track systems and modular assembly techniques, allowing for ±15mm installation error adjustment, significantly improving construction efficiency. The product is widely used in scenarios such as manufacturing workshop passages, warehouse logistics entrances, and auxiliary spaces in sports halls. With its "one system, multiple applications" flexibility and industrial-grade reliability, it serves as a standardized choice for large-span non-energy-efficient building envelopes.
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