Steel structures Badminton Gym for rent

The badminton hall needs a rectangular field with a length of 13.40 meters and a doubles field with a width of 6.10 meters. There must be no obstacles within 2 meters around the court. There is a clearance of 9m on the court and there must be no wind. It is usually made of steel structure. The large span of the structure and high headroom can meet the requirements of the arena.Khome is committed to the construction of high-quality badminton halls. It can provide you with professional stadium structure stress calculations, professional steel structure design, and comprehensive building materials. 

Steel structure advantages

Vibration resistance:

The roofs of low-rise villas are mostly sloping roofs, so the roof structure basically uses a triangular roof truss system made of cold-formed steel components. The light steel components form a very strong structure after sealing the structural plates and gypsum boards." "Slab-rib structure system", this kind of structure system has stronger seismic resistance and resistance to horizontal load, and is suitable for areas with seismic intensity above 8 degrees.

Wind resistance:

Lightweight, 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.

Durability:

The light steel structure residential structure is all composed of cold-formed thin-walled steel component system. 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. The structure life can reach 100 years.

Insulation:

The heat preservation and heat insulation materials used are mainly glass fiber cotton, which has good heat preservation and heat insulation effect. The use of thermal insulation boards on the outer wall effectively avoids the "cold bridge" phenomenon of the wall and achieves a better thermal insulation effect. The thermal resistance of R15 insulation wool with a thickness of about 100mm can be equivalent to that of a brick wall with a thickness of 1m.

Sound insulation:

The sound insulation effect is an important indicator to evaluate the residence. The windows installed in the light steel system are made of hollow glass, which has good sound insulation effect, and the sound insulation can reach more than 40 decibels. The wall composed of light steel keel and thermal insulation material gypsum board has a sound insulation effect of 60 decibels.

Health:

Dry construction, reducing environmental pollution caused by waste, house steel structure materials can be 100% recycled, other supporting materials can also be mostly recycled, in line with current environmental awareness; all materials are green building materials, meeting the requirements of the ecological environment, good for health. ?

Comfort:

The light steel wall adopts a high-efficiency and energy-saving system with a breathing function that can adjust the dry humidity of the indoor air; the roof has a ventilation function, which can form a flowing air space above the house to ensure the ventilation and heat dissipation requirements inside the roof. dd

Quick:

All dry work construction, not affected by the environmental season. For a building of about 300 square meters, only 5 workers and 30 working days can complete the whole process from foundation to decoration.

Environmental friendly:

The material can be recycled 100%, and it is truly green and pollution-free.

Energy saving:

All use high-efficiency energy-saving walls, which have good heat preservation, heat insulation and sound insulation effects, and can reach the energy-saving standard of 50%.

Compared with other constructions, steel structure has advantages in use, design, construction and comprehensive economy, low cost, and can be moved at any time.

1. Steel structure residences can better meet the requirements of flexible partitioning of large bays in buildings than traditional buildings. By reducing the cross-sectional area of columns and using lightweight wall panels, the area utilization rate can be increased, and the effective indoor area can be increased by about 6 %.

2. Good energy-saving effect. The wall adopts light-weight energy-saving standardized C-shaped steel, square steel, and sandwich panel, which has good thermal insulation performance and good seismic resistance. 50% energy saving,

3. The use of steel structure system in residential buildings can give full play to the good ductility of steel structure, strong plastic deformation ability, and excellent seismic and wind resistance performance, which greatly improves the safety and reliability of the residence. Especially in the event of an earthquake or typhoon disaster, the steel structure can avoid the collapse of the building.

4. The total weight of the building is light, and the self-weight of the steel structure residential system is light, about half of that of the concrete structure, which can greatly reduce the basic cost.

5. The construction speed is fast, and the construction period is at least one-third shorter than that of the traditional residential system. It only takes 20 days and five workers to complete a 1,000 square meter building.

6. Good environmental protection effect. The steel structure house construction greatly reduces the amount of sand, stone, and ash. The materials used are mainly green, 100% recycled or degraded materials. When the building is demolished, most of the materials can be reused or degraded without causing garbage .

7. to be flexible and fruitful. With a large bay design, the indoor space can be divided in multiple schemes to meet the different needs of users.

8. Meet the requirements of residential industrialization and sustainable development. The steel structure is suitable for mass production in factories, with a high degree of industrialization, and can integrate advanced products such as energy saving, waterproofing, heat insulation, doors and windows, and complete sets of applications, integrating design, production, and construction, and improve the level of construction industry.

Transportation method

1) 40'HQ and 40' open-top containers. Generally, after the customer places an order, the steel structure members designed by our technical department will be designed according to the internal dimensions of the 40'HQ and 40' open-top containers. For shipment, in most cases, 40'HQ and 40' open-top shipping containers are used to ship steel structural components.

2) Under special circumstances of bulk carriers, the size of some large building components exceeds the internal dimensions of 40'HQ and 40' open-top containers. At this time, we recommend that customers use large trucks, flatbed trailers, etc., to be lifted by the factory. The dock is then lifted onto the ship by the dock, so the customer must book bulk space from the shipowner when booking the space. We will cooperate with customers to provide accurate cargo structure size and weight so as to book a reasonable space.






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?