Pressure Doors
Overview
Innovation, functionality and safety are the cornerstones of TunnelTech's pressure doors. Designed to improve the user experience and provide controlled passage in professional wind tunnels and clean rooms, they change the way these spaces are accessed and experienced.
At TunnelTech we specialize in engineering pressure doors that set new standards in the industry. Our doors are designed with precision and attention to detail for exceptional reliability and functionality. With a double-leaf design and transparent laminated (triplex) glass, our pressure doors offer a clear view and ample space for easy access. The door leaves, made of multiple layers of laminated glass, ensure durability and safety.
Operating our pressure doors is effortless. Flyers open and close the doors themselves using touch control panels installed on both sides. The responsive electromechanical drive allows quick entry, with an opening/closing time of just 3 to 5 seconds.
Safety is our top priority. Optical safety sensors are integrated into our pressure doors to prevent accidental injury and ensure safe passage in either direction. The doors also feature an inflatable pneumatic seal that guarantees an airtight closure and withstands pressure differences of up to 4.5 kPa.
Beyond wind tunnels, our pressure doors are used in other industries that require controlled environments. They are ideal for specialized clean rooms, providing airtight seals and efficient separation of room volumes.
Choosing TunnelTech pressure doors gives you a competitive advantage. Our inflatable seal technology ensures reliable, high-quality separation of room volumes, while the double-leaf design shortens opening/closing time for greater efficiency. With TunnelTech pressure doors you can improve the safety, efficiency and functionality of your projects.
Features and Design
Our pressure doors are designed and engineered to meet the demanding requirements of professional wind tunnels and clean rooms. These door systems offer a range of features that improve functionality, efficiency and user experience:
The pressure doors incorporate an inflatable pneumatic seal that provides airtight separation between areas. This keeps the airflow parameters in the flight chamber constant, preventing air exchange and maintaining precise airflow control.
The pressure doors have a double-leaf configuration with sliding leaves of transparent laminated glass. This gives a wide entrance for the smooth, convenient passage of flyers and staff.
With an opening/closing time of 3 to 5 seconds, the pressure doors give rapid access to the designated areas. This fast operation minimizes disruption and keeps the workflow in the wind tunnel or clean room running efficiently.
The door leaves are driven by an electromechanical drive system for smooth, precise movement. The mechanism ensures effortless operation and reliable performance, improving the overall user experience.
Safety is a top priority in pressure door design. The doors are fitted with optical sensors that protect against trapping hazards during passage. The design takes the safety of flyers and staff into account, ensuring secure, worry-free use.
Each pressure door has touch control panels on both sides, so flyers can open and close the doors themselves. The intuitive, user-friendly controls add convenience and independence.
The pressure doors are built to withstand demanding conditions and deliver long-lasting performance. The multiple layers of laminated glass in the door leaves ensure robustness and durability while keeping the doors transparent for visibility.
User Experience and Convenience
Self-Operated Control: The pressure doors are designed to be operated by the users themselves. With touch control panels on both sides, flyers have full control over opening and closing, allowing independent, efficient passage.
Intuitive Interface: The touch control panels have an intuitive interface that is easy to understand. Clear instructions and visual indicators let users operate the doors with confidence and minimize the need for outside help.
Swift and Effortless Passage: The doors' quick opening and closing, combined with the smooth movement of the electromechanical drive, allow flyers to pass through quickly and effortlessly. This eliminates delays and interruptions for a seamless workflow in the wind tunnel or clean room.
Transparent Design: The transparent laminated glass of the door leaves provides visibility and improves the overall user experience. Flyers and staff can see their surroundings, which keeps them connected to the space and enhances safety during passage.
Safety Precautions: The pressure doors are fitted with optical sensors to prevent trapping hazards during passage. These safety features are carefully integrated into the design to ensure the well-being and comfort of users.
Reliability and Durability: The pressure doors are engineered for reliable performance under the demanding conditions of wind tunnels and clean rooms. Their durable construction and robust materials ensure a long service life with minimal downtime and maintenance.
Applications
Wind Tunnels: In wind tunnel facilities, pressure doors serve as the gateway through which flyers enter the flight chamber while the airflow and pressure inside the facility remain undisturbed. They ensure a controlled environment for aerodynamic testing, research and training.
Clean Rooms: Pressure doors are widely used in clean rooms where strict control of air quality, particulate contamination and pressure differentials is required. They provide airtight seals and prevent the transfer of contaminants, ensuring a controlled, sterile environment for sensitive manufacturing, scientific research and pharmaceutical production.
Aerospace and Aviation: Pressure doors play an important role in the aerospace and aviation industries. They allow safe entry and exit of personnel and equipment in controlled environments such as aircraft assembly areas, engine test facilities and maintenance hangars, helping to maintain the required pressure differentials and prevent contamination in these critical areas.
Research Facilities: Research institutions and laboratories use pressure doors to control airflow and maintain specific environmental conditions in controlled research areas. They help prevent cross-contamination, keep temperature and humidity under control, and create isolated spaces for experiments, testing and analysis.