HANGAR DOORS
The work processes in an aircraft hangar are demanding, requiring the highest level of organization, efficiency, and reliability from both people and technology. As a manufacturer of hangar doors that is in demand worldwide, Jugapro strives to create the best working conditions in aircraft hangars and at airports with its products.
We provide full support from the initial stages, assisting with all planning considerations. Our experts offer advice on determining the size and position of your hangar door, as well as guidance on the opening principle, type of drive, and choice of filling material. We take into account all relevant safety devices and accommodate your architectural and design requirements. Our team of competent partners is personally available to answer any questions regarding the conception and planning of your hangar door.
Types of opening
HANGAR DOORS
Sliding gate principle
Sliding gates have freely movable gate leaves, so that each gate element can be moved individually on the rails. So you can always open and close your hangar exactly where it is needed.
Telescopic sliding gate principle
With the telescopic sliding gate, the gate elements are coupled with one another and are opened and closed again at the touch of a button. This makes operation easier for you and gives you quick access to the hangar.
Principle of revolving door
With our rotary door, each door element is optionally guided along the side wall of the hangar on the inside or outside – a great advantage if your space is limited or you have special hangar shapes such as round halls.
Sliding gate principle
Sliding gates have freely movable gate leaves, so that each gate element can be moved individually on the rails. So you can always open and close your hangar exactly where it is needed.
Telescopic sliding gate
With the telescopic sliding gate, the gate elements are coupled with one another and are opened and closed again at the touch of a button. This makes operation easier for you and gives you quick access to the hangar.
Round of the corner
With our rotary door, each door element is optionally guided along the side wall of the hangar on the inside or outside – a great advantage if your space is limited or you have special hangar shapes such as round halls.
Your benefits
Individual project management through a reliable specialist/expert
Huge design variety for all details on your hangar doors
High economic efficiency and reliablility
Consultancy, planning and manufacturing, as well as professional installation, by our trained staff
Global customer service straight from the manufacturer with fast response times
Many years of experience and over 850 references worldwide
HANGAR DOORS
Suitable for every application
The bottom rails are connected to a drainage and cleaning system. If requested by the customer, a rail heating can also be integrated.
Due to roof deformations above the gate system, tolerance clearances (truss movement) must be created for compensation. In the case of sliding gate systems that stand on the ground, the truss movement (specification of the static calculation) above the gate system is taken into account.
Closing edge safety devices” have the task of ensuring personal safety on the narrow side/front of a gate leaf. The movement of the gate leaves creates non-visible spaces in the direction of travel, which pose a danger to people or objects. Touching the “closing edge safety device” triggers a stop command that stops the gate leaf and initiates a reverse movement (reversing).
The incorporation of vertical tail gates as lifting gates into the structural replacement of the gate truss leads to a reduction in the main gate height and hence cost reductions. For the rudder door, we use fiberglass that we produce ourselves and create a uniform look for your hangar door.
Gate drives are used to move gate leaves with heavy weights. Electric geared motors with a chain connection to the drive wheel are mostly used. The gate leaf is set in motion via a travel button and the necessary electrical control.
Fiberglass is a particularly versatile material and ideally suited for hangar doors. The fiberglass is particularly characterized by its light transmission, durability, thermal insulation and stability. More information about fiberglass development & production can be found here .
The Butzbach swing brake effectively limits the gate leaf speed (for manually operated gate leaves) in order to avoid the risk of accidents and damage. The normal sliding of a gate leaf is unchecked. Only when the set speed is exceeded does the gate leaf slow down via a pendulum detent, without electrical influence.
Walk-through doors allow people to quickly enter and exit without having to open the hangar door. We also offer designs that meet the requirements for barrier-free construction or emergency exit doors. Coordination with the building management system and in a variety of designs is possible.
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