Metal Structures for Warehouses and Production Facilities in Tashkent

Why a well‑designed metal structure is important for a warehouse or production facility

For a warehouse, workshop, or distribution center, the metal structure is not just the building frame. Its design and execution determine:

• safety of people and equipment;
• the possibility of installing racking, overhead cranes, and engineering systems;
• commissioning timelines;
• future costs for repairs and reinforcement.

In Tashkent and other regions of Uzbekistan, it is important to consider the local climate, wind and snow loads, and site and logistics specifics. Off‑the‑shelf “standard” solutions without adaptation to your loads and dimensions often lead to excess steel consumption or, conversely, strength risks.

Key takeaway: metal structures for a warehouse or production facility should be selected not “by picture” but based on calculations for a specific technical specification (TS).

Main types of metal structures for warehouses and workshops

For warehouse and industrial facilities, the following solutions are most commonly used:

Hangar frame

A metal hangar frame is the basis of a quickly erected warehouse or workshop. It includes:

• load‑bearing trusses;
• columns;
• bracing and purlins;
• elements for fastening enclosing structures (sandwich panels, profiled sheeting, etc.).

The hangar frame is selected by span, height, column spacing, and type of use (storage, production, logistics, cold/warm warehouse).

Trusses and beams

Trusses span openings and take loads from the roof, snow, and equipment. They can be:

• lattice (made of angle, I‑beam, tube);
• solid‑web (beams made of sheet metal).

The choice depends on the span, height, and requirements for suspending utilities and crane equipment.

Columns and posts

Columns transfer loads to the foundation. For warehouses and production facilities, the following are important:

• column spacing (affects racking layout and equipment movement);
• cross‑section and profile type (I‑beam, tube, welded profile);
• presence of brackets for overhead cranes, mezzanines, platforms.

Stairs, platforms, railings

Auxiliary metal structures provide safe access to equipment, mezzanines, and the roof:

• flight and vertical ladders;
• service platforms and walkways;
• perimeter fencing, handrails.

Canopies and auxiliary structures

For warehouse logistics, the following are in demand:

• canopies over loading/unloading areas;
• canopies for vehicle parking;
• awnings over entrance groups.

All these elements also require load calculations and integration with the main frame.

How loads and dimensions affect the choice of solution

When designing metal structures for a warehouse or production facility, the key factors are:

• building dimensions — length, width, height, column spacing;
• operational loads — racking, equipment, overhead cranes, mezzanines;
• climatic loads — snow, wind, possible seismic requirements;
• production specifics — temperature, humidity, aggressive environment.

Key questions to answer

1. What span and height are needed?
   Large spans require more powerful trusses and beams, and sometimes a switch to different frame schemes.

2. Are overhead cranes planned?
   This affects the type of columns, the presence of crane girders, and reinforcements.

3. Will there be mezzanines or intermediate floors?
   Additional beams, supports, stairs, and railings are required.

4. What type of racking and what height?
   It is important to coordinate column spacing and building height with warehouse logistics.

5. Cold or warm warehouse?
   This affects solutions for enclosing structures and fastening nodes.

The answers to these questions form the basis of the TS and allow for a correct calculation of the metal structures.

Materials and technologies: what to build the frame from and how

Rolled steel options

For frames of warehouses and production facilities, the following are used:

• hot‑rolled I‑beam and channel;
• square and rectangular tubes;
• sheet metal for welded beams and trusses;
• auxiliary rolled sections (angle, flat bar, etc.).

The choice of profile affects steel consumption, stiffness, and manufacturing cost.

Manufacturing technologies

Modern contract manufacturing of metal structures includes:

• laser cutting — precise cutting of sheet and tubular metal, reduced waste, and preparation of parts for welding;
• metal bending — forming elements without unnecessary welds, increasing stiffness;
• welding — assembly of trusses, columns, beams, stairs, railings;
• machining and CNC — holes, seating surfaces, precise joints;
• powder coating — durable corrosion protection and neat appearance.

When choosing a contractor, it is important to understand which operations they perform in‑house and which are outsourced — this affects both timelines and quality control.

Stainless steel and special solutions

For food production and areas with increased hygiene and corrosion resistance requirements, the following are used:

• stainless steel structures (tables, sinks, racks, railings);
• combined solutions: load‑bearing frame made of carbon steel, and contact elements made of stainless steel.

These solutions are more expensive in terms of material but reduce corrosion risks and simplify sanitary cleaning.

Work stages: from TS and calculation to turnkey installation

1. Collection of initial data and TS

At this stage, it is important to describe the facility as thoroughly as possible:

• purpose (warehouse, production, distribution center);
• dimensions and layout;
• loads and equipment;
• temperature regime requirements;
• site and installation specifics.

2. Preliminary calculation and commercial offer

Based on the TS, a preliminary calculation of the metal structures is performed and an indicative offer is prepared:

• frame concept (type, spans, column spacing);
• proposed materials and technologies;
• indicative manufacturing and installation timelines;
• scope of supply (metal structures only or turnkey with installation).

3. Working documentation and detailing

After the concept is agreed, detailing is carried out:

• connection nodes;
• steel specifications;
• cutting maps for laser cutting and bending;
• drawings for manufacturing and installation.

4. Manufacturing of metal structures

At the contract manufacturing facility, the following are performed:

• cutting (laser, plasma, or band saw);
• metal bending;
• welding and assembly of nodes;
• cleaning and surface preparation for painting;
• powder coating or priming.

5. Delivery and installation

In Tashkent and across Uzbekistan, it is important to consider:

• site accessibility for long vehicles;
• availability of lifting equipment;
• installation sequence (columns, trusses, bracing, canopies, stairs, etc.).

What affects the cost of metal structures for a warehouse

The price of metal structures is formed individually based on the TS. Below are the key factors.

To obtain a realistic estimate, it is important to provide the most complete TS, not just the building dimensions.

Typical solutions for warehouses and production facilities

Hangar frame

• single‑ and multi‑span solutions;
• various column spacing options for racking and equipment;
• possibility of integrating overhead cranes, mezzanines, office inserts.

Trusses and columns

• trusses for various spans and roof types;
• columns with brackets for crane runways and platforms;
• reinforcements for local loads (silos, heavy equipment).

Stairs, platforms, railings

• service stairs to the roof and between levels;
• equipment service platforms;
• perimeter fencing, handrails, safety barriers.

Canopies and awnings

• canopies over docks and ramps;
• canopies for outdoor storage of pallets and materials;
• awnings over entrances and gates.

All these elements can be included in a single metal structure project and manufactured to order within one contract production.

Common mistakes when ordering metal structures and how to avoid them

1. Lack of a full TS
   The order is limited to the phrase “need a 30×50 warehouse” without loads and layout. As a result — inaccurate calculation and subsequent rework.

2. Choosing solely by the lowest price per ton
   A cheap offer often means excess steel consumption or savings on technologies and corrosion protection.

3. Ignoring future equipment and racking
   The frame does not account for real loads, column spacing interferes with logistics, and structures have to be reinforced.

4. Underestimating manufacturing and installation timelines
   Without considering production load and seasonal factors, timelines slip and warehouse launch plans suffer.

5. Lack of coordination with foundations
   The frame and foundations are designed by different contractors without coordination, causing problems during installation.

6. Saving on coating and painting
   Lack of proper anti‑corrosion protection leads to rapid deterioration of structures.

7. Poorly planned installation logistics
   Access roads, storage area, and lifting equipment are not considered — this increases time and costs.

To avoid these mistakes, it is important to start with a clear TS and choose a contractor who can support the project from calculation to installation.

Manufacturing and installation timelines in Tashkent and the region

Timelines depend on:

• volume of metal structures and project complexity;
• availability of rolled steel of the required sections;
• load on contract manufacturing (laser cutting, bending, welding, painting);
• distance of the site from Tashkent and site conditions.

Timelines are usually affected by:

• time for preparation and approval of the TS;
• design documentation cycle;
• production cycle (cutting → bending → welding → painting);
• weather conditions during outdoor installation.

When planning the launch of a warehouse or production facility, it makes sense to include a time buffer and fix stages in the contract.

How to prepare a technical specification for an accurate calculation

For a correct calculation of metal structures based on the TS, it is desirable to collect the following information:

• purpose of the facility (type of warehouse/production);
• building dimensions: length, width, height, desired column spacing;
• warehouse type: cold/warm, presence of insulation;
• planned racking and its height, layout scheme;
• presence of overhead cranes, mezzanines, platforms;
• expected loads (on floors, platforms, canopies);
• requirements for metal coating (primer, powder coating, etc.);
• address or construction area (for logistics and climate assessment);
• cooperation format: manufacturing only or manufacturing + installation.

The more detailed the TS, the more accurate the cost and timeline estimates, and the fewer changes during implementation.

FAQ on metal structures for warehouses and production facilities

1. Can a standard design be used without modifications?
Standard solutions can be used as a basis, but they must be adapted to your loads, dimensions, and site. Without this, the risk of excess steel consumption or insufficient stiffness increases.

2. What is more important when choosing — price per ton or total project budget?
It is more correct to compare the total budget of metal structures “for the task” rather than the price per ton. An optimized frame may have a lower weight with a higher price per ton and still provide overall savings.

3. Is it possible to expand warehouse metal structures in stages?
Yes, provided this is incorporated into the frame concept. In that case, nodes for future extensions, canopies, and mezzanines can be planned.

4. Which technologies are especially important for accuracy and speed?
Laser cutting, metal bending, and CNC machining help speed up production, improve joint accuracy, and reduce installation time on site.

5. Is powder coating necessary if the warehouse is enclosed?
Even in an enclosed warehouse there is humidity and dust. Powder coating increases the service life of structures and reduces maintenance costs.

6. How to account for future changes in production?
At the TS stage, it is worth planning for possible load increases, new equipment installation, and logistics changes. This affects the frame type, column spacing, and embedded parts.

7. Can regular steel and stainless steel be combined?
Yes, often the load‑bearing frame is made of regular steel, and contact elements (tables, sinks, racks, railings in food areas) are made of stainless steel. This balances cost and operational requirements.

8. What are the benefits of working with a single turnkey contractor?
Unified responsibility for calculation, manufacturing, and installation, fewer interfaces between participants, and simpler management of timelines and changes during the project.

How to order a calculation of metal structures for your facility

To obtain a calculation of metal structures for a warehouse or production facility in Tashkent and regions of Uzbekistan, it is enough to prepare a basic TS and send it to the contractor.

Submit a request for calculation

For a prompt estimate, specify:

• purpose of the facility (warehouse, production, distribution center);
• building dimensions (length, width, height);
• approximate column spacing and desired spans;
• warehouse type: cold/warm, presence of insulation;
• planned racking, overhead cranes, mezzanines, platforms;
• requirements for metal coating (primer, powder coating, etc.);
• construction address or area;
• format: manufacturing only or manufacturing + installation;
• contact details for communication and discussion of details.

Based on this data, a technical solution, indicative timelines, and budget can be prepared, after which you can proceed to project detailing and production launch.