Engineered directly from certified Q235B and Q355B cold-rolled structural steel to fulfill the load stress, seismic, and operational dynamics of Class-A and Class-B distribution facilities across Kazakhstan.
The Republic of Kazakhstan has rapidly developed into the undisputed logistics nexus of Central Eurasia. Positioned squarely along the Belt and Road Initiative's main artery and anchoring the Trans-Caspian International Transport Route (TITR, or the Middle Corridor), the country manages an ever-increasing volume of containerized overland freight moving between China, Central Asia, the Caucasus, Turkey, and the European Union. As a result, the national logistics market is experiencing a profound transition from low-height, unheated Soviet-era storage facilities to high-cube, Class-A and Class-B+ automated logistics parks.
In strategic commercial hubs such as Almaty, Astana, and Shymkent, alongside border dry ports like the Khorgos Gateway and Dostyk, warehouse land prices and operational expenditures have increased significantly. Logistics developers, 3PL providers, e-commerce giants (such as Kaspi.kz, Wildberries, and Ozon), and multinational FMCG distributors can no longer justify single-level block stacking. Maximizing vertical cubic volume through multi-tier, structural pallet rack bays has evolved from a basic warehousing practice into a key business priority.
Specifying a pallet racking system in Kazakhstan introduces technical constraints rarely encountered in standard European or Southeast Asian projects. The most critical factor is the acute seismic hazard present across southeastern Kazakhstan, particularly throughout the Almaty region and the foothills of the Tian Shan mountain range. Under Kazakhstan's state construction codes (SNiP RK 2.03-30-2006 and SP RK 2.03-30-2017 "Construction in Seismic Zones"), racking systems are classified as freestanding engineering structures requiring stringent anti-seismic validation.
In these high-seismic zones (rated 8 to 9 on the MSK-64 scale), dynamic horizontal seismic forces can easily deform undersized upright columns or dislodge standard beam connectors. Reliable pallet rack bays engineered for this market must incorporate heavy-duty baseplates with verified chemical anchor embedment, high-ductility Q355B cold-rolled structural steel, and cross-directional portal tying frames. These configurations must be validated according to European Standard EN 16681 (Seismic calculation for pallet racking) and local Kazakh SNiP regulations.
Furthermore, northern and central logistics corridors—such as those in Astana, Karaganda, and Kostanay—face an extreme continental climate with deep sub-zero winter temperatures reaching -35°C to -45°C. When ambient or unheated cross-dock temperatures drop below freezing, standard carbon steel risks cold-shortness, where impact toughness drops sharply and makes standard steel brittle under dynamic forklift shock loads. Our cold-rolled rack components utilize low-temperature impact-tested steel grades with verified Charpy V-notch performance. Finished with electrostatic thermoset powder coatings pretreated with immersion zinc phosphating, they prevent micro-cracking and rust creep even through condensation cycles.
Evaluating load parameters, throughput capacity, and local regulatory suitability across popular warehouse bay configurations in the Kazakhstan market.
| Rack Bay Architecture | Bay Width / Profile Span | Maximum Payload | Pallet Compatibility | Seismic Stability (SP RK) | Ideal Application in KZ |
|---|---|---|---|---|---|
| Selective Pallet Bay | 2700mm (3 EUR) / 3600mm (3 FIN) | Up to 4,500 kg/level | EUR (800x1200) / FIN (1000x1200) | Class 9 Compliant | Fast-moving FMCG distribution hubs & multi-SKU e-commerce fulfillment (Almaty). |
| Drive-In Pallet Bay | 1350mm to 1500mm lane clearance | Up to 1,500 kg/pallet | Uniform sizing (LIFO model) | Requires Portal Bracing | Agricultural grain storage, cold-chain meat/poultry, seasonal beverage buffer. |
| Radio Shuttle Bay | Continuous deep-lane profiles | Up to 2,000 kg/pallet | FIFO / LIFO Dual Capability | Enhanced Stability | Cold storage down to -25°C, high-cube refrigerated logistics (Astana & Karaganda). |
| Heavy Slotted Angle Bay | 900mm to 1800mm customizable | 300–800 kg/shelf tier | Manual Carton / Unpalletized | Moderate Hazard | Industrial spare parts, automotive maintenance bays, municipal utility depots. |
| Heavy Stacking Tire Rack | 2200mm x 1100mm base dimensions | 2,500 kg static stack | TBR / OTR / Agricultural Tyres | Self-Balancing Unit | Mining equipment staging, heavy truck assembly logistics, transit tire warehousing. |
Configured to meet the specific operational profiles, pallet variations, and environmental demands of Kazakhstan's major industrial and trading regions.
Almaty is Kazakhstan's premier consumption hub, housing massive Class-A logistics facilities like the DAMU Logistics Park. Our selective and double-deep pallet rack bays deliver full compatibility with both Euro-pallets (800x1200mm) and wider GOST-standard pallets (1000x1200mm). Integrated with heavy baseplates and anchor assemblies, these setups reliably withstand Zone 8–9 seismic activity.
At the China-Kazakhstan railway border, break-of-gauge operations require high-throughput transshipment and customs consolidation. Our heavy-duty pallet rack bays, drive-in systems, and stacking tire racks provide the high-load reliability needed for heavy industrial and chemical freight shifting between standard-gauge (1435mm) and broad-gauge (1520mm) rail cars.
Northern Kazakhstan's severe winter climate calls for high-density storage within temperature-controlled, energy-efficient building envelopes. Our automated radio shuttle bays and galvanized drive-in racks maximize pallet density, streamline FIFO/LIFO food rotations, and operate dependably down to -25°C without material fatigue.
Heavy industry, metallurgy, and oil and gas extraction across Karaganda, Atyrau, and Aktau require dedicated high-capacity storage for heavy tooling, valves, pumps, drill pipes, and OTR tires. Our structural slotted angle racks and heavy-duty 4,500 kg-per-level pallet bays handle dense point loads, oily components, and rugged working environments.
Over two decades of precision manufacturing, certified engineering processes, and dedicated freight solutions connecting South China directly to Central Asia.
Equipped with fully automated high-precision roll-forming lines, automated CNC punching, laser profiling, and multi-axis welding robots. We maintain strict dimensional tolerances across all upright and beam sections, guaranteeing effortless modular field assembly and total structural repeatability.
Every batch of raw carbon and structural steel undergoes spectral material verification and tensile stress validation. Our manufacturing and safety management systems are formally certified under European CE standard EN 15512, ISO 9001:2015 Quality Management, and RoHS environmental compliance.
By leveraging dedicated China-Europe railway lines departing directly from South China rail terminals, we offer predictable 7-to-12-day containerized transit to Almaty-1, Almaty-2, and Astana cargo terminals. Components are bundled with heavy-gauge protective strapping, preventing transit damage across broad-gauge rail handoffs.
Key technical, regulatory, and logistics answers for operations directors, procurement leads, and general contractors sourcing racking solutions.
We engineer our racking for southeastern Kazakhstan (including Almaty, Taldykorgan, and Zhambyl regions) according to SP RK 2.03-30-2017 and EN 16681 standards. Our engineering team conducts dynamic modal analyses, configures oversized structural baseplates, specifies high-grade chemical anchor studs, and incorporates horizontal and vertical portal bracing to safely withstand MSK-64 Scale 8–9 seismic events.
Yes. For sub-zero operations in Astana, Karaganda, and northern regions, we utilize fine-grain, structural-grade steel with verified low-temperature impact properties (Charpy V-notch performance). Our automated 10-stage pretreatment line includes acid pickling, immersion phosphating, and thermoset architectural powder coating, preventing micro-cracking and brittleness under intense thermal cycling.
Yes. A key challenge across the Eurasian Economic Union (EAEU) is managing mixed pallet fleets: EUR-pallets (800x1200 mm) and FIN/GOST 9078-84 pallets (1000x1200 mm). We engineer custom clear bay spans—such as 2,700 mm for 3 EUR units, 3,300 mm for 2 FIN units, or 3,600 mm for 3 FIN units—complete with pallet support bars and wire mesh decking to avoid any risk of pallet collapse.
Every shipment is delivered with comprehensive documentation, including commercial invoices, packing lists with detailed container weight distributions, Certificates of Origin (CO), raw material test certificates (MTC), CE Declaration of Conformity, and ISO 9001 quality certificates. These documents enable straightforward customs clearance and safety certification across all EAEU member states.
For standard selective bays with 3,000–4,500 kg level capacities, we typically recommend a reinforced concrete floor slab with a minimum thickness of 150–200 mm, compressive strength grade of B25 (C20/25 or M350 under GOST), and a level tolerance compliant with DIN 18202. We provide concrete anchor pull-out calculations to match your specific slab thickness and rebar depth.
Every project includes fully annotated 2D CAD assembly blueprints, isometric structural diagrams, load plate notices, and step-by-step video installation guides. For large-scale logistics developments in Almaty, Astana, and Shymkent, we can dispatch senior structural installation engineers to supervise local contracting teams, oversee anchor torque testing, and manage final plumb inspections.
Planning a new Class-A distribution facility, upgrading an existing logistics terminal, or expanding cross-docking operations along the Middle Corridor? Share your warehouse dimensions, clear heights, and load specifications. Our engineers will provide a custom 3D design and quotation within 24 hours.
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