High-Speed Doors

Sectional doors are designed for access points with moderate usage frequency. High-speed doors, on the other hand, are used in facilities with continuous traffic where opening and closing speed directly affects operations.

In logistics, food processing and industrial environments, a high-speed door helps reduce waiting times, limit thermal losses and minimise wear caused by continuous opening and closing cycles.

Roll-up doors roll the curtain onto an overhead barrel and are typically used indoors or in logistics areas with intensive and continuous traffic.

Folding doors incorporate horizontal reinforcements and are designed for outdoor use or large openings where wind resistance is a priority. Models such as the PR15 and PR64 are commonly used in facilities exposed to more demanding environmental conditions.

Self-repairing high-speed doors are especially useful in facilities with intensive forklift or internal vehicle traffic, where accidental impacts are part of daily operations.

Models such as the PR13, PR17 and PR63 allow the curtain to automatically return to its guides after an impact, reducing incidents and minimising operational downtime common in logistics and industrial environments.

For freezer rooms, it is advisable to use high-speed doors specifically designed to operate at sub-zero temperatures and minimise thermal losses.

Models such as the PR31 and PR32 incorporate solutions designed to reduce condensation, ice formation and energy losses during operation. The choice will depend on the working temperature, traffic frequency and required insulation level.

In cleanrooms, laboratories or facilities with strict hygiene requirements, high-speed doors designed for cleanroom applications such as the PR20 and PR21 are commonly used.

These models help control pressure, particles and airtightness, contributing to stable environmental conditions. They are widely used in the pharmaceutical, food processing and electronics industries.

Yes, although not all models are designed for outdoor use.

For façades or loading docks exposed to wind, it is important to use high-speed doors with adequate wind resistance according to the opening size and facility location. Using an indoor model outdoors can result in excessive curtain movement, premature wear or operational issues.

The required wind resistance depends on the building location, external exposure and door dimensions.

For indoor applications this is usually not a critical factor, but for loading docks or external façades it is advisable to use models certified according to EN 13241 and adapted to the actual site conditions.

Yes. One of their main purposes is to reduce the time an opening remains open during the passage of people or goods.

This helps limit thermal exchange, air currents and the ingress of dust or moisture, especially in climate-controlled, food-processing or refrigerated facilities.

High-speed doors require periodic inspections to ensure safety, operating speed and operational continuity.

Maintenance typically focuses on sensors, safety systems, curtain tension, guides and drive components. In facilities with intensive traffic, preventive maintenance helps reduce breakdowns and avoid unexpected downtime.

Yes. Industrial high-speed doors incorporate various systems designed to protect people, vehicles and goods during operation.

Depending on the model, they may include photocells, safety edges, presence sensors or obstacle detection systems. These features are especially important in facilities with continuous forklift traffic and intensive operations.

In Europe, industrial high-speed doors must comply with EN 13241, which covers safety and performance requirements.

Associated safety devices must also comply with the applicable standards for powered doors, ensuring safe operation in industrial and logistics environments.

Yes. In many facilities, high-speed doors form part of an integrated system together with dock levellers, dock shelters, traffic lights and vehicle restraint systems.

This integration helps coordinate operations, improve safety and streamline logistics during loading and unloading activities.