Introducing the spherical factory
Built on a solid frame system from high-quality aluminum, steel or galvanized aluminum, the spherical factory helps protect goods, raw materials and production activities from weather impacts such as sun, wind, snow, rain, pests…
Spherical factories can be designed and manufactured to achieve capacity from less than 27 million kg of grain to more than 350 million kg of grain (the volume of other goods and materials can be converted based on the grain volume to choose the appropriate factory size). The construction and installation of the bridge factory also does not affect the existing infrastructure at the construction site.
Spherical factories can stand freely without the need to build any additional column or support system for the interior space. This helps the space inside the spherical factory become airy and completely open without any obstructions, creating favorable conditions for activities that need to move inside such as loading and unloading, importing more goods. chemistry, production activities...
Spherical factory structure
The spherical factory has a very detailed design from the frame system, connecting components to the tailoring of the stretch canvas covering the surface. All parts are processed and pre-produced at the factory. Professional design and construction units will have experience in systematically arranging the processing and production stages, ensuring that parts of the spherical factory structure will be accurately designed and manufactured. body.
The construction and installation of a bridge-type factory usually starts from the bottom up with a number of struts whose length has been carefully measured and calculated in advance. These struts will be connected by steel plates at many different angles. Then the exterior and interior will be covered with stretch canvas materials depending on usage needs.
The surface stretch canvas layer can be in the form of a whole piece or divided into many partially assembled modules. There can be a gap between the outer canvas layer and the interior canvas layer for heat insulation and noise protection depending on needs. This method helps save materials and does not cause waste like other traditional structures.
In addition, spherical factories can easily create additional gates and doors of any shape and size to easily allow vehicles (trucks, containers, cranes, conveyors, etc.) to move in and out. ensure effective operation.
Spherical factory structure
The materials constituting the spherical factory are all lightweight materials (high-grade aluminum profiles, galvanized aluminum, steel, stretch canvas...), thus, the spherical factory structure is many times lighter than the spherical structure. other traditional factories. This also helps save a lot of time and construction costs when reducing the load of building high-load foundations for traditional heavy structures.
With a completely flat hemispherical dome shape, the spherical factory creates excellent air circulation areas, reducing resistance and impact of wind from many directions. In addition, careful calculations on specialized technical software to limit the construction unit's risk of strong wind conditions help design and produce finished spherical factory products that can withstand strong winds. Strong winds up to 250 km/h.
In addition, the modular connection frame system and the tension stress from the reinforced canvas attached to the frame help the spherical factory still be able to withstand heavy snow and rain loads in the harshest weather conditions.
Thanks to the geometric features, the space inside the spherical factory can continuously circulate air naturally from top to bottom and from bottom to top, creating a large, airy space. In addition, the stretch canvas surface of the spherical factory also has many material options, allowing to penetrate/block light, receive/block solar energy, and block UV rays. Thanks to that, spherical factories help save more energy than traditional factory forms.
The components of the spherical factory have been designed and manufactured at the factory. When transported to the construction site for construction, this work will only take up very little time compared to the construction of other forms. traditional factory. For example, the Marvel Dome project in Thailand completed installation in just one night.
FlexiiForm Proud to be one of the leading units in Vietnam providing stretch canvas design and construction solutions. Formerly originating from FasTech company, FlexiiForm team brings together experts with over 10 years of experience in the industry and a team of consulting solutions according to requirements for a variety of models and projects at home and abroad. Contact FlexiiForm consulting or visit Fanpage FlexiiForm and Website to learn more about service and product information.
