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정보 what is a sectional door, consists of multiple panels that open vertically and slide upward along a track. This design saves space and is ideal for industrial environments, warehouses, and garages. Sectional doors are operated using a spring tension system, allowing smooth opening and closing for maximum efficiency and space utilization.

Absolutely. For climate-controlled facilities, we provide Insulated Sectional Doors with panel thicknesses ranging from 40mm to 80mm. These doors feature thermal breaks and heavy-duty EPDM perimeter seals (top, side, and bottom) to prevent air leakage and thermal bridging. This design is critical for reducing energy consumption and maintaining a consistent internal temperature in cold chains or food processing plants.

To comply with international safety standards (such as CE or UL), motorized sectional doors should be equipped with:

• Safety Edge Sensors: Automatically reverses the door if it touches an obstacle.
• Photoelectric Cells: Stops the door if the infrared beam is broken.
• Spring Break Devices: Prevents the door from falling in the event of a mechanical failure.
• Emergency Manual Release: Allows the door to be operated during power outages.

Our Seppes sectional door has passed CE certification, ISO9001 and SGS certification, and we will carefully check the products before leaving the factory to protect the rights and interests of customers.

The required headroom typically varies based on the lift type. For a standard lift, you generally need between 450mm to 600mm of clearance above the opening. However, if space is limited, Low Headroom tracks can function with as little as 200mm to 300mm. For facilities with ample vertical space, High Lift or Vertical Lift configurations are recommended to keep the tracks close to the wall and ceiling.

When choosing the right industrial entrance, the sectional door vs roller door debate is one of the most common dilemmas for facility managers. While both serve as security barriers, they differ significantly in construction, space requirements, and performance.