Internal roll-up doors are high-speed, space-saving doors designed for use within buildings to separate different areas while maintaining efficient workflow, hygiene, and environmental control. Commonly used in warehouses, manufacturing plants, cleanrooms, and food processing facilities, these doors provide a practical solution for managing internal logistics and improving operational efficiency. Constructed with lightweight yet durable materials such as reinforced PVC or fabric, internal roll-up doors operate quickly and quietly, making them ideal for high-traffic zones. Their compact design rolls upward into a small coil, saving valuable floor and ceiling space while allowing unobstructed movement of people and equipment. These doors help maintain temperature zones, reduce dust and noise transfer, and prevent cross-contamination between work areas. They can be equipped with safety sensors, soft bottom edges, and transparent vision panels to enhance visibility and safety. Internal roll-up doors are also energy-efficient, minimizing air exchange and helping facilities reduce heating or cooling costs. Their low-maintenance design and self-lubricating components ensure reliable long-term performance. Customizable in size, color, and operating mechanisms—including radar, remote control, or push-button—these doors can seamlessly integrate into automated systems for optimized workflow. Overall, internal roll-up doors offer a clean, efficient, and durable solution for enhancing productivity and maintaining controlled environments within industrial and commercial spaces.
External Roll Up Doors provide fast, weather-resistant access for industrial and commercial buildings. Durable and secure, they improve workflow, resist wind, and reduce energy loss in harsh outdoor conditions.
Type: | High-Speed External Roll-Up Door |
Curtain Thickness: | 2.0mm |
Size: | Width: Up to 6 Height: Up to 6 meters |
Color Options: | Standard: Blue, Grey, Red, Yellow |
Closing Speed: | Up to 1.0 m/s |
Control Panel: | Digital PLC control system |