Pre-engineered sports Halls

The price for the complete building

from .... /m2 without VAT

Related industries: Waste incineration plant, Goat farm

General:

Brand:

PK VESTA
Country/Origin of Goods:

Russia
Place of production:

Tula, Russia
FEA code:

9406903908
Supply of building kits:

Eurasia, Africa, Middle East, Latin America
Condition of buildings:

made "to order" from scratch (new)
Delivery :

land and/or sea (euro trucks and 40ft containers)
Structural warranty:

at least 50 years old
Product warranty:

1 to 5 years
Series:

INDI (Customized on order), TYP Series (Standard after project)
Scheme and form of payment:

40%x30%x30% and 70%x30% (L/C - letter of credit, T/T - bank transfer, D/P - payment after receiving a document confirming the shipment of goods by the seller)
Delivery conditions:

EXW, FOB, CIP, DAF, DDP

Load-bearing structures

Frame technologies:

LGF (cold-formed galvanized profiles), Rigid Framing (ferrous metal welded I beams) and HYBRID systems (LGF + Rigid Framing)
Element type:

H Beams (I-Beam), C Trusses/Columns (C-Channel)
Roof type:

Gable, single-slope, extensions, superstructures and flat roofs (single-span and multi-span)
Accessories:

All high-strength bolts (except anchor bolts), full trimming package, diagonal ties and connecting elements are included. Gates, doors, windows, skylights, canopies, transparent panels, solar panels
Steel type:

С245, С350, С345, C390 and C420
Galvanizing class:

only I (275 g/m2)
Metal Suppliers:

Russian Novolipetsk Iron and Steel Works and SeverStal
Secondary Elements:

Diagonal connections, secondary framing system (C-shaped, W- shaped. and Z- shaped)
Preparation level of elements:

High (numbering of elements taking into account cutting to the desired length, punching holes and a packing list for quickly finding the right pack at the construction site)
Connection of elements:

Only 100% bolted-together connection design (high strength and normal strength bolts)
Protection of ferrous metal elements:

Powder coating and/or hot dip galvanizing
Accounting for client technology:

Included if needed

Enclosing structures

Sheathing:

sandwich panels (mineral wool, polystyrene and PIR), sheet-by-element assembly (mineral wool), corrugated sheet (cold version), ventilated facades (metal cassettes, composite cassettes and porcelain stoneware – based on the mineral wool) and membrane roof
Accessories:

trimming package (flashing, framing openings, etc.), fasteners (self-tapping screws), skylights (or transparent panels), ventilation, sectional / swing gates, double-glazed windows (up to 6 chambers), solar panels and awnings.
Thermal circuit:

internal (panels from inside the frame are mounted) or external (all panels are mounted from the outside)
Basic colors (RAL):

White (9003), Gray (7004), Blue (5005), White-Aluminum (9006), Beige (1014), Yellow (1018), Green (6002), Light Gray (9002), Brown (8017)
Mineral wool density:

not less than 100 kg/cu.m.
Sheet thickness:

0.5mm, 0.6mm, 0.7mm, 0.8mm and 1mm (galvanized)
Preparation level of elements:

High (numbering of elements taking into account cutting to the desired length, punching holes and a packing list for quickly finding the right pack at the construction site)

Projects and Documents

Nordic Base Loads:

Snow (from 180 kg/sq.m. and above), Wind (from 32 kg/sq.m. and above) and Seismic – 6 points (MSK) Technological load: from 20 kg/sq.m. and higher.
Base loads for southern countries:

Snow (not taken into account), Wind (from 48 kg / sq.m. and above) and Seismic - 7 points and above (Richter Scale) Technological load: from 20 kg / sq.m. and higher.
Main projects:

assembly diagrams and instructions, diagrams of columns for the foundation, structure project (metal structures), cladding project (facade solutions), technical passport. Taking into account the state or commercial expertise.
Degree of fire resistance of the building:

IV-I
Certification:

ISO
Disclaimer:

when exporting buildings to other countries, different building codes are taken into account (European, American) and any other at the place of construction (Middle East, Africa, Asia, Latin America, etc.)

Making an I-shaped (H) welded beam

Metal cutting:

into strips of the desired length on a powerful high-precision laser machine
Assembly:

workpieces on the base
Welding:

all main elements
Process:

straightening elements on the mill
Partial welding:

bases of columns and stiffeners
Final preparation:

sand blasting / shot blasting / hot dip galvanizing
Painting:

included (upon request)
Factory primer:

included (20, 40, 60, 80, 100 microns and above)
Package:

in packs for euro trucks or 40 feet for containers

Making a C-profile

Process:

cold-formed metal profiling
Cutting and punching holes:

included (in auto mode)
Painting:

not included (high anti-corrosion properties)
Package:

in packs for euro trucks or 40 feet for containers

Construction of sports halls

Modern pre-engineered gyms are being built based on both Rigid Framing or LSF technologies. New construction technologies allow saving not only money, but also time for the construction of a structure. PK VESTA offers turnkey construction of sports halls of any complexity and purpose. We build reliable, functional, durable buildings, characterized by high energy efficiency and durability, we offer reasonable prices.

A healthy lifestyle has long occupied a leading position among the priorities of modern man. Today, the construction of sports complexes is in demand. The main decisive factors determining the feasibility of investing in such a project are the amount of investment and the payback period. Therefore, many companies refuse capital construction and build prefabricated buildings.

Design features of sports halls

Work on the project is carried out taking into account:

parameters specific to play areas and specific activities;
the versatility of the main premises and the possibility of their transformation for specific disciplines.
accessibility of the environment for the disabled and people with disabilities. The equipment of sanitary zones, special markings are taken into account;
requirements for the presence and location of spectator seats during game screenings and other public events.

In such a steel building in the future there may be a large number of people, both visitors and service personnel. This means that special attention should be paid to fire and engineering safety.

Gym Design Rules

A typical design of a sports hall includes showers, change houses and changing rooms, storage and utility rooms, and areas for spectators.
The temperature regime is maintained: in the hall itself 15 - 17 degrees; in dressing rooms 19 – 23; in showers - 25 degrees and humidity 50 - 60%.
Floor covering - the most even, does not contain cracks and gaps.
Supply and exhaust ventilation is required to normalize air exchange.
Wall materials must withstand impacts (inventory) and repeated wet cleaning.

Types of gyms

Narrowly focused - used for a specific sport (football, tennis, etc.). In addition to a specialized platform and stands, such complexes provide gyms, locker rooms, showers, utility rooms, etc.
Universal - designed for several sports (up to 5-10). These include halls used in educational institutions, where you can simultaneously play football, basketball, volleyball, do gymnastics, equip gyms, etc.
Multifunctional - designed for practicing various sports, from chess to football. These are large complexes, where the interior space is divided into zones, it is possible to convert one zone for practicing different sports by installing additional inventory and equipment.

Before proceeding with the construction of sports facilities, it is necessary to work out the technical requirements in detail. Construction organizers must clearly understand the purpose of the sports facility, its class, throughput capacity, composition of the main buildings (grounds, fields, halls), auxiliary facilities and facilities for spectators.

When developing a project, it is necessary to take into account the following initial data:

the number, contingent of athletes and athletes for whom the construction site is intended;
the number of facilities that will be combined into a single complex, their capacity;
approximate calculation of the site area for construction, taking into account landscaping, access roads, parking lots for cars;
financial capacity of the client.

Sanitary and technical requirements include: site humidity and groundwater level, wind direction, the presence of sources of negative impact of harmful factors (physical, chemical or biological origin).

Stages of construction of a universal sports hall

Preparation of a project with a conceptual solution, on the basis of which all further calculations will be made. It is necessary to plan the download, analyze the features of use (professional, amateur). Appropriate equipment is selected.
Site preparation. Necessarily leveling, arrangement of the drainage system.
Foundation device. The light weight of the main structures eliminates the need for a massive base. The foundation must have a certain strength reserve and resistance to loads, this will increase the service life.
Installation of metal profiles. Even at this stage, only a minimum of heavy construction equipment is required, which significantly reduces costs. Technical units arrive at the site completely ready, and are assembled using bolted connections.
Cladding with sandwich panels. They are not only functional and energy efficient, but also attractive in appearance, so the prefabricated building gets an elegant and stylish look.
Installation of engineering infrastructure for comfortable use of premises.
At the final stage, the building is completed with equipment and inventory. The surrounding area is being landscaped, after which the building is ready to receive visitors.

Benefits of gyms made of sandwich panels

The pre-engineered steel buildings are used for the construction of sports facilities due to a number of advantages:

the price of construction of prefabricated buildings is several times lower than capital ones;
lightweight construction, no need for expensive (capital) foundation;
work can be carried out all year round;
high strength and reliability of structures;
durability - the estimated service life is not less than 35 years;
the term for the construction of a sports hall made out of LSFis from 1 to 3 months;
the steel buildings are easily expanded without major restructuring.
Buildings from LSF are mobile, can be dismantled and moved to another location. This is convenient when it comes to the construction of temporary sports complexes.

Calculate the cost of building a turnkey sports hall

Today you can make a preliminary calculation of investments in an object, the cost of which is determined by its complexity, the right choice of building materials, without contacting a design organization. To do this, our website has a convenient WebSteel® service that works online. You can design with it without even having engineering and design skills. All that is required is to enter the main characteristics into the system.

The service, relying on a large database with standard projects, will select the most successful option in terms of functional and economic indicators.

By smoothly changing the in