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 The dimension of the flags and the height of the flags are also influenced through the latest developments. So we began also to produce higher flag columns and also flag columns with lifts. Since the dimensions of the flags and the height of the columns have changed, it has been much more difficult to go on with the flagstaff process by using ropes or guys. So the usage of flag columns with lifts has become much wider.
You may push at the start button and the flagstaff process may begin. This process is carried out by a guy and this guy carries the flag. The process stops automatically when the flag is above. When you push at the button again the flag may go down. The flag may be able to wave opposite to the direction of the wind thanks to the revolving cover on it that can turn around an angle of 360º.
Using flag columns with lifts is very easy. We may send you the anchorage team and you may go through the excavation – grounding and concreting process according to the basic project which we may send you. After the production process of the columns is competed, they will be sent to the construction site. Than, the columns are to be lifted down with the help of an elevator and they are put together on the ground by means of a shovel. After this process, the assembly process of the lift begins. The pieces of the lift system are put together, the rope is stretched and than the assembly process of the lift begins. After this process, the materials are carried via an elevator and than they are assembled. The flagstaff process begins after the fine tuning settings are completed. Than an authority charged with the flagstaff process is trained to use the system. At the end the delivery period is successfully carried out. Lifts are used if the projector columns are higher than 25 metres. High columns, at which lifts are used, include a flight warning light and thunderbolt catching point.
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This is the traditional type of flag column that is used all around the world. The flag is carried up via a rope that covers a bobbin. After the flagstaff process is completed, the rope is knotted and fixed on the column, so that the flag goes not down. The weight that is loaded to the flag and column is directly related to the height of the column. Therefore, high columns are not preferable when the system goes on like this. If the column is high it may be much more difficult to achieve the flagstaff process. If the column is high it is also more possible that the rope breaks off, for you will be applying to much power in order to go with the flagstaff process. Taking the latest developments and the various dimensions of the flags into account, we may say that the demand for the columns with ropes and columns with lift increases rapidly.
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 The flag columns with a rope inside can be considered as a new system. It seems to be much more modern and elite. Therefore it is more preferable. If you look at the column, you are not able to see the part that is required in order to fix the rope and flag. The flagstaff process is carried out by a mechanism inside the column.
There is a ball on the top of the column and thanks to this ball the flag will be able to circle an angle of 360 º. There is a rope inside the column and you will be able to intervene during the flagstaff process via this rope. The rope is near to the ground and fixed to the source iron piece within a cover by bolts, so it stays away from external effects. The process goes in a very simple way.
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Flag columns 
