There are many forms of greenhouses. Although after years of exploration, research and practical application, a greenhouse has not yet been formed. One type of greenhouse may be suitable for multiple regions and varieties, and there will be several different types of greenhouses for the same project. Therefore, the choice of the form of steel structure greenhouses needs to consider comprehensive factors such as greenhouse function characteristics, planning years, natural conditions of the construction site, investment scale and management mode.
(1) determines the geometric dimensions of the greenhouse, including span, eaves height, ridge height, multiple spans and the number of bays.
(2) Choose greenhouse covering materials, such as glass, plastic film or PC board.
(3) determines the main structural materials of the greenhouse, such as hot-dip galvanized framework. Aluminum alloy inserts or galvanized plate slot inserts, etc.
(4) Taking into account the adaptability of the steel structure greenhouse and the local climate conditions, that is, the greenhouse structure can adapt to the local climate conditions to a certain extent, so as to achieve the purpose of reasonable stress and saving materials. For example, the selection of greenhouse structures in tropical and cold regions should be different, and the types of greenhouses in wind and snow regions should also be different.
(5) Considering that the structure of the greenhouse should be adapted to the requirements of the environment inside the greenhouse, for example, the structure of the greenhouse with cooling should be beneficial to ventilation, and the greenhouse with heat preservation should be better sealed.
(6) Considering the adaptability of greenhouse supporting equipment to economic and functional requirements, since the supporting equipment inside has a greater impact on the cost of the entire greenhouse project, and the price of the equipment varies greatly, the initial investment and the payback period need to be considered , Project operating costs and other factors are in line with the greenhouse function, and strive to invest moderately and reasonably.
The above are the factors that need to be considered in the construction of steel structure greenhouses. If you want to know other news, you can consult us, and we will serve you wholeheartedly.
Fast construction
The Low Cost Pre Fabricated Steel Structure Building is made of various steel, so it is relatively simple to manufacture, and a large number of steel structures have been manufactured in manufacturing plants. It can be transported to the site for assembly, so the construction is more convenient and the cycle is shorter.
Reasonable cost
The steel structure PEB building is light in weight, it could reduces the basic cost. And has a fast construction speed, it can be completed and put into operation as soon as possible. The overall economic benefits are much better than that of the concrete structure building.
High security
Steel has very good plasticity and toughness, so steel structure residential buildings generally will not break suddenly due to accidental or partial overload. Moreover, its weight is only 1/5 of the weight of the traditional brick-concrete structure, so the safety and reliability are very high.
Wind and earthquake resistance
The PEB steel structure building has light weight, high strength, good overall rigidity and strong deformability. The weight of the building is only one-fifth of the brick-concrete structure, and it can withstand a hurricane of 70 meters per second, so that life and property can be effectively protected. Safety and reliability, good seismic and wind resistance, strong load capacity, and earthquake resistance can reach level 8.
Health and Environmental Protection
Construction reduces environmental pollution caused by waste. The steel structure PEB building of the house can be 100% recycled, and most of the other supporting materials can also be recycled, which is in line with current environmental protection awareness. All materials are green building materials that meet the requirements of the ecological environment and are beneficial to health.
Durable
The PEB steel structure is all composed of cold-formed thin-walled steel component system, and the steel frame is made of super anti-corrosion high-strength cold-rolled galvanized sheet, which effectively avoids the influence of steel plate corrosion during construction and use, and increases the service life of light steel components. Steel structure buildings can withstand harsh weather and require just simple maintenance.
Beautiful
The steel structure building has simple and smooth lines with a modern feel. The color wall panels are available in a variety of colors, and the walls can also be made of other materials, so they are more flexible.
Wide range of uses
It is not only suitable for single-story large-span buildings, but also for the construction of multi-story or high-rise buildings. Pre-engineered buildings are ideal for use in not only residential, but also wide span low rise buildings. PEB buildings are used for diverse applications such as factories, warehouses, offices, shopping malls, schools, hospitals, community buildings and several more.
Company introduction:
Henan K-home Steel Structure Co., Ltd is located in Xinxiang, Henan Province. It is a self-operating private enterprise, established in the year of 2007, registered capital of RMB 20 million, covers an area of 100,000.00 square meters with 260 employees. We are engaged in the design, project budget, fabrication, installation of steel structure and sandwich panels with second-grade general contracting qualifications.
If you are interested in the farm building, please provide the following steel structure building importance calculation factors for quotation :
(1) Exact size : length * width *height ;
(2) Wind speed (max speed);
(3) Snow load (kg/m2 in max situation);
(4) Earthquake grade (if have) ;
(5) Live load and dead load for roof and flooring(special for multi-floors building);
(6) The requirements for window and door;
(7) Max height and weight for the crane to lift;
(8) What are the materials for the roof and wall?