Metal Structures for Self-Service Car Washes in Tashkent

The role of metal structures in modern car washes

A modern self-service car wash or car wash complex is not just equipment, chemicals, and marketing. The foundation of the entire facility is properly designed metal structures: frames, trusses, columns, engineering platforms, and canopies.

The quality of these structures affects:

• the service life of the car wash under conditions of moisture, reagents, and temperature fluctuations;
• the safety of customers and staff;
• the convenience of maintaining engineering systems (high pressure, reverse osmosis, heating, ventilation);
• the speed of installation and commissioning of the facility.

In Tashkent and the regions of Uzbekistan, owners and franchisors of car washes often face the same problems: underestimation of loads, saving on metal and coating, and the lack of a proper technical specification (TS) for the metal contractor. As a result — rework, downtime, and extra costs.

What structures a self-service car wash and complex need

A typical self-service car wash or classic car wash complex usually requires the following metal structures:

Load-bearing frame and canopies

• Frame of the hangar or bays — columns, trusses, beams, bracing.
• Canopies over bays — protection from precipitation and sun, integration of lighting and advertising.
• Brackets and supports for signs, lightboxes, and 3D letters.

Engineering platforms and technical levels

• Platforms for equipment: pump stations, boilers, water treatment systems.
• Walkways and stairs for servicing engineering systems.
• Guardrails for safe access for personnel.

Auxiliary elements

• Frames for process units and control cabinets.
• Brackets and stands for hoses, guns, foamers.
• Metal barriers for vehicle and pedestrian traffic zones.

All these elements can be manufactured in a contract manufacturing format: according to your design or according to a TS prepared jointly with our engineer.

Material options and manufacturing technologies

The choice of material and technology directly affects the service life and cost of metal structures for a car wash.

Materials

• Carbon steel (black metal)
  Optimal for load-bearing frames, frames, and trusses with proper corrosion protection (zinc, primer, powder coating).

• Stainless steel
  Used where there is constant contact with water and chemicals: posts, elements in the foam and shampoo zone, individual nodes of engineering platforms. More expensive, but reduces maintenance costs.

• Combined solutions
  Load-bearing frame — made of carbon steel with protective coating, individual nodes and elements in aggressive zones — made of stainless steel.

Processing technologies

• Laser cutting — precise geometry of parts, neat holes, complex contours.
• Metal bending — profiles, brackets, frame elements without unnecessary welds.
• Welding — assembly of frames, trusses, columns, engineering platforms.
• Powder coating — decorative and protective coating, including in the franchise’s corporate colors.

With contract manufacturing at BRIX.UZ we can take over the full cycle: from preparing cutting maps to finished assemblies that are convenient for on-site installation.

What affects the cost of metal structures for car washes

It is impossible to name a specific price without initial data. The cost is formed based on calculation according to the TS and depends on a number of factors.

Main price factors

Therefore, the correct approach is to prepare a TS and get a calculation, rather than relying on average figures from other projects.

Typical mistakes at the TS and measurement stage

Future problems are laid down precisely at the start of the project. Below are the mistakes we regularly see in requests.

1. Lack of clear initial data

Phrases like “a frame for 4 bays, make it cheap” do not allow for an accurate calculation or realistic timeline. You need:

• site layout;
• tie-in to existing buildings and utilities;
• elevation marks;
• equipment data (dimensions, weight, connection points).

2. Ignoring engineering systems

The frame design is done “in isolation” from:

• routes of pipelines and cable trays;
• locations of pump stations, boilers, filters;
• ventilation and smoke extraction (for enclosed bays).

As a result: already manufactured trusses and columns have to be cut and modified, platforms and stairs moved.

3. Incorrect measurements and no reference to actual terrain

The design is based on a “nice” plan, but on site there is a slope, elevation differences, and existing foundations.
Result: mismatched levels, the need to weld additional plates, cut columns, and redo stairs.

4. No understanding of future expansion

The car wash is launched with 2–3 bays, but expansion is planned in a year. If this is not taken into account in the TS:

• additional bays will be difficult to attach to existing trusses;
• engineering platforms will be overloaded;
• some columns and bracing will have to be replaced.

5. Mixing the roles of designer and contractor

Expecting the metal contractor to “calculate and figure everything out themselves” without a proper assignment from the engineering systems designer leads to conflicts and delays.
It is important that the designer sets the requirements, and the metal contractor implements them in a technological and economical way.

Mistakes when choosing materials and protective coatings

The operating conditions of a car wash are aggressive: moisture, chemicals, mechanical impacts, temperature fluctuations. Mistakes here quickly turn into corrosion and repairs.

1. Saving on protective coating

Choosing cheap paint without surface preparation leads to:

• rust appearing after just 1–2 seasons;
• peeling of paint at fastening points and joints;
• the need to repaint structures at an operating car wash.

Solution: select the coating system according to real operating conditions, consider powder coating and combined solutions.

2. Incorrect use of stainless steel

Sometimes stainless steel is used where it is not needed, and in critical areas regular steel is installed.
A competent approach:

• load-bearing frame and trusses — carbon steel with good protection;
• posts, brackets, and elements in the zone of constant contact with water and chemicals — stainless steel;
• engineering platforms in “wet” zones — combined solutions.

3. Failure to account for mechanical damage

Thin posts and barriers are often installed in vehicle traffic zones “for aesthetics”. As a result — deformation from the first impact.
It is better to provide in advance:

• reinforced barriers;
• bumpers and protective elements;
• replaceable nodes that can be quickly dismantled and replaced.

Miscalculations in the design of frames, trusses, and engineering platforms

Even with a good TS, mistakes can be made at the level of structural solutions.

1. Underestimation of loads

• snow and wind loads for canopies;
• dynamic loads from equipment on platforms;
• point loads at engineering system attachment points.

If the calculation is done “by eye”, this leads to deflections, vibrations, and accelerated wear.

2. Difficult on-site installation

Structures are designed without regard to real installation conditions:

• large non-collapsible trusses that are difficult to deliver and lift;
• lack of installation holes and embedded parts;
• inconvenient connection points.

The right approach is to incorporate installation into the design: breakdown into assemblies, bolted connections, marking of elements.

3. Engineering platforms without maintenance convenience

A common mistake is that the platform exists, but it is inconvenient to walk and work on it:

• narrow walkways;
• lack of proper stairs and guardrails;
• no space for servicing and replacing equipment.

As a result, staff begin to “bypass” the structure, risking safety, and the owner receives fines from supervisory authorities.

Organizing production: how not to disrupt the launch deadlines of the car wash

For franchisors and car wash owners, deadlines are critical: delays in metal structures shift the facility launch and revenue.

Typical organizational mistakes:

1. Late engagement of the metal contractor — when equipment has already been purchased and foundations poured, but the frame has not yet been calculated.
2. Frequent TS changes during the process — dimensions change, bays are added, equipment is moved.
3. No time buffer — schedules are set “tight”, with no allowance for approvals and adjustments.

How to organize the process with BRIX.UZ:

• at the start — joint discussion of the TS with the participation of the engineering systems designer;
• preliminary calculation of metal structures according to the TS;
• approval of nodes, coatings, installation options;
• launch into contract manufacturing: laser cutting, bending, welding, powder coating;
• delivery of assemblies in a configuration convenient for installation.

How to structure a TS for metal structures for a car wash

To make the calculation accurate and the deadlines realistic, the TS should include at least the following blocks.

1. General data on the facility

• address and city (for understanding logistics and climatic conditions);
• type of facility: open self-service car wash, enclosed complex, combined format;
• number of bays and planned expansion.

2. Layout solutions

• floor plans with dimensions;
• vehicle and pedestrian traffic scheme;
• tie-in to existing buildings and structures.

3. Engineering systems

• list of main equipment with dimensions and weight;
• locations of pump stations, boilers, filters;
• routes of pipelines, cable trays, ventilation.

4. Requirements for materials and coating

• where carbon steel is acceptable, where stainless steel is needed;
• desired type of coating (primer, enamel, powder coating);
• corporate colors if the facility operates under a franchise.

5. Requirements for installation and logistics

• whether you have your own installation crew or need a full cycle;
• restrictions on the dimensions of supplied assemblies (access, crane);
• desired delivery dates and phasing.

The more accurate the TS, the lower the risk of rework and schedule shifts.

BRIX.UZ workflow: calculation by TS and contract manufacturing

BRIX.UZ works with car wash owners, franchisors, and engineering system designers in the format of contract manufacturing of metal structures.

We can take on:

• calculation of metal structures for frames, canopies, engineering platforms, and barriers according to your TS;
• preparation of a set of parts: laser cutting, metal bending, welding of assemblies;
• application of protective coating, including powder coating in the required color;
• kitting and marking for convenient on-site installation.

At the same time, we do not impose unnecessary solutions: if carbon steel with high-quality painting is sufficient, we calculate it that way. If stainless steel is needed in certain nodes, we include it only where it is truly justified.

Common mistakes when ordering metal structures for car washes

Let’s collect the key mistakes in one list to make it easier to check them against your project.

1. Uncertainty about the car wash format and expansion prospects — the frame is not adapted for adding bays and equipment.
2. Lack of an agreed TS between the owner, franchisor, and engineering systems designer — the metal contractor receives conflicting requirements.
3. Saving on metal and coating without calculating loads and operating conditions — rapid wear and corrosion.
4. Ignoring the convenience of servicing engineering platforms — narrow walkways, inconvenient stairs, lack of guardrails.
5. Poorly thought-out installation logistics — oversized trusses that are difficult to deliver and install on the actual site.
6. Late involvement of the metal contractor — when decisions on foundations and equipment have already been made and are difficult to change.
7. No time and budget reserve for possible adjustments — any force majeure shifts the launch of the car wash.

FAQ on metal structures for self-service car washes

1. Can a standard frame be used for different sites?
Partially — yes, but with mandatory verification for specific loads, dimensions, and terrain. Copying someone else’s project completely without adaptation is risky.

2. Is it mandatory to make engineering platforms out of metal?
For most car washes this is the most technological and fastest option: metal allows easy configuration changes and withstands equipment loads.

3. Where is the use of stainless steel justified at a car wash?
In zones of constant contact with water and chemicals: posts, brackets, individual elements of engineering platforms. The load-bearing frame is usually made of carbon steel with protection.

4. Can we order only manufacturing according to our drawings?
Yes, the contract manufacturing format implies working both according to your design and according to a TS with the participation of our engineers.

5. What is the minimum data package needed for a preliminary calculation?
Plans with dimensions, number of bays, type of car wash, basic engineering systems scheme, and preferences for materials/coating. The more detailed the data, the more accurate the calculation.

6. How long does it take to manufacture metal structures for one car wash?
The timeframe depends on volume, complexity, and production workload. We provide a specific schedule after calculation according to the TS and agreement on the scope of work.

7. Can locations for outdoor advertising be incorporated into the frame of the car wash from the start?
Yes, this is the right approach: brackets and frames for signs and lightboxes are best provided at the metal structure design stage.

8. Do you work only in Tashkent or also in the regions?
Production is located in Uzbekistan, and deliveries are possible both to Tashkent and other regions. Logistics and installation format are discussed at the TS stage.

Submit a request for calculation

To receive a calculation of metal structures for your self-service car wash or car wash complex, prepare and send us the following data:

• city and address of the facility;
• type of car wash (self-service, enclosed complex, combined format);
• number of bays now and expansion plans;
• floor plans or layouts with dimensions in a convenient format (PDF, DWG, scans);
• layout of main equipment with dimensions and weight;
• preferences for materials (carbon steel / stainless steel / combined);
• coating requirements (primer, enamel, powder coating, corporate colors);
• information on who will handle installation (your crew or a turnkey approach is needed);
• desired manufacturing and facility launch dates.

Based on this data, we will be able to perform a calculation according to the TS, propose options for structural solutions, and agree on the optimal balance between lead time, cost, and service life of the metal structures.