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IMPORTANT! All prices for steel buildings are indicative and given for preliminary acquaintance with the approximate budget for the construction of your building. Nothing is fixed until agreed and confirmed in regards to all technical details of a cetain client's project. Too many factors affect the price level (combination of climatic zones, building dimensions, floating prices for raw materials, labor costs in different countries, bay spacing betweek steel frames, availability of geo-survey work, non-standard loads on walls and roofs, etc.) For more accurate calculation, use the free WebSteel online system (online accounting of the costs and availability of materials at the factory’s warehouse, certain design schemes and solutions) or make a detailed request for a price proposal at the Russian factory in Tula

Related industries: Workshops, Poultry house
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

Prefabricated tennis courts

Indoor tennis court allows for training, games, competitions all year round. The use of modern building technologies and environmentally friendly materials makes it possible to build complex sports complexes with minimal investment in just a few months. The PK VESTA company carries out construction of turnkey tennis courts according to modern LSF technology. These are reliable, durable and functional steel buildings that can be erected on any site in any climatic zone.


Features of the construction of tennis courts

Особенности строительства теннисных кортов

The construction of a tennis court requires strict adherence to building codes and safety requirements. The use of modern technologies allows us to build structures that will last for many years, look modern and aesthetically pleasing. The special design of our buildings makes it possible not to use load-bearing columns, thanks to which the internal space of buildings is not limited and the usable area is used as efficiently as possible.

Indoor tennis courts are used all year round. Therefore, they must provide protection from high temperatures in the warm season (in the southern regions) and from the effects of low temperatures in winter (in the northern regions). The higher the energy efficiency of a building, the lower its maintenance costs.

When designing tennis courts, the following criteria are taken into account:

  1. the dimensions of the structure must be sufficient for the arrangement of courts, dressing rooms, rooms for equipment, places for spectators, etc.;
  2. illumination (at least 500 lux per 1 m2);
  3. the type of competition to be held;
  4. the number of courts, the size of which must comply with the standard;
  5. location of the complex, relief, geological features;
  6. temperature, precipitation, wind loads.

Each sports facility is designed taking into account the features of the future facility and the requirements of the customer. The dimensions of the building are calculated based on the standard size of the court (10.97 m X 23.77 m X 8.23 m). In our company, you can choose a ready-made project for a small complex (17 m X 35 m X 9 m), a large structure (36 m X 60 m X 9 m) or our employees will develop an individual solution for you.


Prefabricated sports facilities

Быстровозводимые спортивные сооружения

Modern sports complexes are built from lightweight structures, as they have a number of advantages over capital structures:

  1. the cost of building a tennis court from LSF is several times lower than that of a capital one;
  2. from the order of the project to the commissioning of the facility takes an average of several months;
  3. construction work can be carried out at any time of the year;
  4. the pre-engineered steel buildings are built on almost any soil, including in seismically active zones;
  5. buildings made of light metal structures are energy efficient, which reduces the operating costs for heating (cooling) the premises;
  6. buildings are strong, reliable, durable;
  7. the design is not subject to corrosion, fungus and mold do not start on it;
  8. if necessary, additional modules can be completed (cafes, showers, etc.).

A prefabricated tennis court can operate all year round. If necessary, the structure can be easily disassembled, transported to another place for installation.

A pre-fabricated indoor court, designed in accordance with current sports facility requirements and building codes, is resistant to strong winds, does not require snow removal in winter. Our complexes have all the necessary engineering communications, are well lit, do not require additional insulation and finishing.


Order a prefabricated tennis court

PK VESTA performs turnkey construction of tennis courts and other sports facilities of any complexity. We are a manufacturing plant, we guarantee high quality construction, quick installation and high performance. We build strong, reliable and durable steel buildings using modern technologies. We deliver steel buildings to any part of the world.

The price of building indoor tennis courts depends on a number of factors, such as the size of the object, the complexity of the design, and other nuances. All is calculated for each client individually.

PK VESTA actively implements innovations, including in the field of customer service. The company's website has a special WebSteel® service, with the help of which customers from any corner of the world can design, visualize a future object, calculate its cost and arrange delivery to anywhere in the world.

To get additional advice, fill out a special form on our website or contact the managers of our company by phone or calculate a steel building in our free WebSteel system.

It is mounted from light steel structures - galvanized profile of our production. In terms of performance, such a profile is not inferior to structures made of ferrous metal, but has a significantly lower weight. For the construction of the "Cayman" in most cases, heavy lifting equipment is not needed: a manipulator is enough.

Choosing PK VESTA you will receive:

1.    The new philosophy and innovative business model of the “Smart Techno Design” allowing a client to quickly visualize pre-engineered steel buildings online in new service WebSteel, calculate main building costs instantly with automatic consideration of climatic zones (snow, wind and seismic), receive basic sketches with a detailed technical specification and order a turnkey building kit online from the factory to anywhere in the world. 
2.    Unique building solutions from an old factory in the famous Russian industrial city of Tula (metal craftsmanship since the 17th century) offered specifically for you to design and manufacture energy-efficient custom prefabricated steel buildings made out of lightweight metal structures. 
3.    Particular emphasis on the quality of our products, the high safety and reliability of our production facilities with the high automation of working processes and the latest IT technologies in the 24/7 format of customer service via the Internet in global markets (Eurasia, Africa, the Middle East and Latin America)  


Technology comparison:

List LSGF (profiles)
Rigid framing (welded beams)
Concrete

1) Metal consumption of Steel framing Low Medium High
2) Load-bearing capacity
High High High
3) Complexity of manufacturing
Low Medium Medium

4) Complexity of erection
Low Medium Medium
5) Anticorrosion properties
High Low Low
6) Foundation costs
Low Medium High

7) Capacity in one vehicle
High Medium Low
8) Welding process
Missing Available Missing
9) Level of fire resistance
Medium
High High

10) Manufacturing defect rate
The error in punching holes, cutting elements to the desired length - low.
The effect of m