The completion of the gas membrane stadium is a construction project, the choice of membrane materials and equipment system determines the price of the gas membrane stadium construction. However, relatively speaking, the cost of gas membrane venues is lower than that of traditional building forms, generally one-third of that of traditional buildings. At the same time, there are safety and environmental protection, short construction cycle, mobile relocation, reusable and other characteristics, is a very practical and cost-effective new building. Today, let's talk about the factors that affect the price of gas film venues.

1.Floor area

Gas film venue area is different, the price is not the same. In general, the larger the area, the lower the unit cost; On the contrary, the smaller the area, the higher the price per square meter. In addition, even in the same area to build the same size of the gas film venue, but also to consider the actual situation of the site, the construction of the roof construction is more difficult than the flat construction.

2.System configuration

The internal system of the gas film stadium includes the basic system, equipment system, control system, cable system, lighting system, fire protection system and so on. Coal storage shed generally adopts single-layer gas film structure, no air conditioning system, the structure is relatively simple, the price will be cheaper; Air film stadiums should consider thermal insulation, but also air conditioning equipment, indoor environment comfort, etc., so it will also affect the overall price of air film stadiums.

3.Film selection

The construction of venues in different regions has different requirements for membrane materials. For example, coastal areas and windy and snowy northern regions, the requirements for membrane materials will also be different. Membrane materials are divided into imported and domestic materials, different functions and different service life, etc. These factors will affect the price of the gas film hall, and enterprises can choose according to their own needs to save resources.