About Our High Speed Insulated Shutter Roller Doors
About Our High Speed Insulated Shutter Roller Doors
Our high speed insulated shutter roller doors are engineered to combine speed, efficiency, and insulation. They are perfect for environments where maintaining temperature control and minimising energy loss are crucial. The rapid opening and closing mechanism ensure minimal air exchange, enhancing energy efficiency and operational productivity.
Key Features of Our High Speed Insulated Shutter Roller Doors
Our fast action insulated shutter roller doors are shipped across the UK and beyond, boasting features like:
- High speed motors enable quick opening and closing, reducing wait times and improving workflow efficiency.
- Insulated panels help maintain optimal indoor temperatures, reducing energy costs.
- Made from high-quality materials to ensure long-lasting performance and resistance to wear and tear.
- Provides robust protection against unauthorised access and potential break-ins.
- Available in various sizes, finishes, and colours to match your specific requirements and aesthetic preferences.
Safety Features & Applications
- Integrated photoelectric safety sensors detect obstacles in the door’s path, preventing accidents and ensuring safe operation.
- Emergency Stop: Equipped with an emergency stop button that immediately halts door movement in case of an emergency.
- Manual Override: Allows manual operation of the door in the event of a power failure, ensuring continuous access and security.
- Safety Edges: Pressure-sensitive safety edges stop the door if they encounter an object, preventing damage and injury.
Applications
- Our high speed insulated shutter roller doors are perfect for:
- Commercial Properties: Ideal for retail stores, supermarkets, and warehouses where temperature control is essential.
- Industrial Facilities: Suitable for factories, cold storage units, and manufacturing plants requiring efficient and secure access.
- Logistics Centres: Enhances the efficiency of loading and unloading operations while maintaining temperature control.