From heavy-duty structural steel platforms to integrated roll-formed upright roll forming machinery, explore factory-engineered systems manufactured specifically to endure Kazakhstan's extreme temperature shifts and high seismic loading zones.
Machinery
Automated industrial roll-forming line producing heavy cold-formed sigma beams and upright profiles for custom high-volume mezzanine fabrication.
OEM / ODM
Bespoke mezzanine flooring systems engineered with custom upright pitches, multi-tier access staircases, and heavy loading capacity up to 1,500 kg/m².
Heavy Duty
Freestanding structural I-beam and H-beam steel platforms offering expansive clear spans underneath for forklift movement and manufacturing lines.
Long Span
Heavy-span warehouse deck system engineered to maximize vertical headroom, ideal for automated conveyors, sorting zones, and assembly workspaces.
Multi-Tier
Double-deck multi-tier racking integrating heavy pallet racking below with picking pathways, safety kickplates, and integrated stair tower modules.
CE & ISO9001
Certified rack-supported structure that transforms high ceilings into integrated pallet storage and manual carton pick faces without civil construction.
Integrated Build
Complete structural modules including OSHA/SNiP-compliant escape staircases, pallet drop gates, safety handrails, and self-supporting building racks.
Hybrid System
Hybrid high-bay pallet racking combined with a reinforced structural mezzanine, engineering unmatched stability for high-turnover fulfillment centers.
Kazakhstan stands at the strategic epicenter of the Trans-Caspian International Transport Route (TITR), commonly known as the Middle Corridor. With rapid rail and freight growth connecting China (via the dry ports of Khorgos-Eastern Gate and Dostyk) through Almaty and Astana toward the Caspian Sea (Aktau / Kuryk Ports) and Europe, logistics demand has surged exponentially. However, industrial warehouse developers across Kazakhstan face severe constraints: land acquisition costs in primary cities (Almaty and Astana) have escalated, while Class-A and Class-B warehouse vacancy rates hover below 1.5%.
For third-party logistics operators (3PLs), e-commerce giants (Kaspi.kz, Wildberries, Ozon), and retail distributors, constructing a new standalone warehouse takes 14 to 24 months due to rigorous regional building codes, municipal approvals, and heavy capital expenditure. Rack-supported mezzanine floors and structural steel industrial platforms represent the most capital-efficient solution, enabling warehouse operators to double or triple usable floor square meters within the existing cubic envelope in 30 to 45 days.
Furthermore, our structural engineering department solves the unique metallurgical challenges of Central Asia: balancing high-yield structural steel flexibility to withstand seismic forces up to Zone 8-9 (MSK-64 scale) in Almaty with low-temperature impact resilience down to -40°C in unheated distribution terminals across Northern Kazakhstan (Astana, Karaganda, Kostanay).
A comparative structural breakdown designed for chief engineers, technical directors, and warehouse planning executives in Kazakhstan.
| System Type | Primary Steel Profiles | Load Capacity (kg/m²) | Seismic Mitigation (SNiP RK) | Decking Substrate Options | Ideal Application in Kazakhstan |
|---|---|---|---|---|---|
| Rack-Supported Multi-Tier Mezzanine | Cold-rolled omega & sigma 90-120mm uprights, C-section joists | 300 – 800 kg/m² | Diagonal X-braces, heavy welded baseplates, anchor rod M16x150 | Galvanized perforated steel plank, 25mm anti-slip plywood | E-commerce fulfillment (Almaty, Shymkent), spare parts warehousing |
| Heavy Structural Steel Mezzanine | Hot-rolled H-beam (HEA/HEB), I-beam primary, RHS square tube columns | 500 – 1,500 kg/m² | Moment-resisting gusset plates, portal frame bracing, dual anchor clusters | Heavy steel bar grating (32x5mm), concrete slab on B-decking | Industrial manufacturing, mining machinery storage (Karaganda, Aktau) |
| Hybrid High-Bay Mezzanine with Pallet Racks | Heavy box beams (120-160mm), reinforced double upright columns | Up to 2,000 kg/pallet | Top horizontal rigid tie-bracing, anchor rod embedment 200mm+ | Combined wire mesh decking + solid steel plate walkways | Cold chain distribution (Astana), FMCG distribution hubs |
| Shelving-Supported Walkway Platform | Step-beam medium duty frames, closed-shelf backplates | 200 – 400 kg/m² | Aisle-top bracing struts, floor slab expansion anchor ties | Embossed galvanized anti-slip planks (300mm width) | Pharmaceutical stockrooms, auto accessories distribution |
How our custom engineered platforms solve real operational challenges in Kazakhstan's primary industrial zones.
Almaty Hub (Seismic Zone 8-9)
Almaty is Kazakhstan’s commercial capital and highest-density consumer hub, driving rapid e-commerce volume. However, located in the foothills of the Tian Shan mountains, warehouses must comply with stringent anti-seismic standards.
Astana endures severe winter temperatures dropping below -35°C. In unheated buffer warehouses and refrigerated cold rooms, building thermal volume is expensive to heat or cool, demanding maximum spatial density.
Khorgos-Eastern Gate & Dostyk
At the China-Kazakhstan border rail dry ports, container cargo must be swiftly decanted, re-palletized, sorted, and routed to standard 1520mm Russian rail gauge wagons or road TIR trailers.
Shymkent serves as the central gateway to Uzbekistan and Central Asian trade routes, housing rapidly expanding pharmaceutical factories, food processing, and textile manufacturing centers.
Serving the massive metallurgical complexes and coal extraction belts of Central and Northern Kazakhstan, facilities require extreme concentrated point load bearing for valves, pumps, drill bits, and motors.
Aktau & Atyrau (Caspian Maritime)
Operating near the saline winds of the Caspian Sea and supporting the Tengiz and Kashagan offshore oil fields, storage equipment must resist corrosive marine atmospheres and chemical vapor exposure.
With 25 years of specialized storage manufacturing, we eliminate intermediary markup, guarantee structural integrity, and provide turnkey engineering backed by verifiable international certifications.
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Operating continuously since 2001, our factory has delivered over 10,000 global warehouse installations across 120+ countries, mastering complex international building norms.
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Our engineering team provides comprehensive AutoCAD floor layouts, 3D photorealistic renderings, and Finite Element Analysis (FEA) load calculations within 24 hours.
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Automated 10-stage phosphating, acid pickling, and electrostatic powder coating cured at 200°C deliver superior adhesion, anti-scratch resilience, and corrosion defense.
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From factory production to direct railway container loading, export customs documentation, and bilingual installation manuals, we deliver frictionless turnkey delivery.
Every beam, upright column, and floor support plank passes through rigorous automated cold-forming, punching, welding, and robotic finishing stages.










In-depth engineering and commercial answers to resolve cross-border purchasing, installation, and compliance inquiries.
Our structural engineers calculate seismic dynamic resistance in accordance with SNiP RK 2.03-30-2017 and Eurocode 8 (EN 1998-1). We achieve this by increasing the cross-sectional gauge of vertical omega uprights (up to 2.5mm or 3.0mm thickness), utilizing heavy base plates (12mm–16mm thickness) with dual M16 high-tensile chemical anchors per column, and integrating rigid horizontal diaphragm trusses and X-braced vertical portal frames to absorb lateral earth acceleration without progressive collapse.
For installations in Northern and Central Kazakhstan (Astana, Karaganda, Pavlodar) where indoor winter temperatures fall below -20°C or in unheated logistics sheds down to -40°C, we utilize certified Q355B or Q355D low-alloy high-strength structural steel. These grades possess verified Charpy V-notch impact toughness under sub-zero temperatures, preventing the sudden brittle fracture risks common with ordinary commercial carbon steel.
For standard two-tier to three-tier rack-supported platforms carrying 500 kg/m² floor loads, a reinforced concrete floor slab of minimum 180mm to 200mm thickness (Grade C20/25 or C25/30 / Russian concrete grade M300-M350) with double-layer steel mesh reinforcement is standard. During initial design, our engineers calculate the point load per upright footplate (typically 25 kN to 65 kN) and provide slab stress checks to verify whether your existing floor can support the platform without foundation underpinning.
Kazakh fire safety authorities (MES RK norms) frequently mandate that multi-tier platforms permit automated fire sprinkler water penetration and vertical smoke venting. For such projects, we supply galvanized open bar grating (30x3mm or 32x5mm) or perforated steel planks with 50%+ open aperture ratio. For cleanroom or retail e-commerce environments requiring solid floors, we supply heavy 25mm–38mm tongue-and-groove composite panels mounted on corrugated galvanized B-decking with underslung sprinkler pipe penetrations.
We offer three flexible installation models: First, we supply complete bilingual Russian/English 3D assembly blueprints with numbered components matching the container packing lists for local contractor assembly. Second, we provide remote video commissioning with our chief project engineer. Third, for large-scale multi-tier projects (over 2,000 m² in Almaty or Astana), we can dispatch an experienced site installation supervisor to lead your local workforce.
Our mezzanine platforms are classified under international Harmonized System HS Code 730890 (Structures and parts of structures of iron or steel) or HS Code 940320 (Other metal furniture) depending on structural configuration. We provide the full commercial dossier including Russian-language technical passports, packing lists, Mill Test Certificates (EN 10204 3.1), and export declaration forms enabling fast customs clearance at regional border posts.
Eliminate costly building construction and increase your usable floor area by 100% to 200%. Send our engineering team your building dimensions, pallet load requirements, and city location for an itemized factory-direct proposal and free 3D CAD design within 24 hours.
Consult with our senior logistics storage engineers immediately.
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