OEM/ODM Industrial Tire Rack Exporter & Exporters

Precision-Engineered Heavy Duty Tire Stacking Racks, High-Density Tire Logistics Modules, and Turnkey Storage Solutions for Global Distributors and Tire Manufacturers.

Primary Product Portfolio

High-Performance Warehouse & Industrial Racking Systems

Engineered for high-volume tire logistics, industrial assembly lines, and extreme vertical density. Fully certified to ISO 9001:2015 and CE standards.

25+
Years Engineering
Continuous industrial racking production and design since 2001.
30,000t
Monthly Throughput
Industrial coil-slitting, roll-forming, and robotic welding scale.
10,000+
Completed Sites
Warehouses equipped in North America, LATAM, Europe, and Asia.
100%
Seismic-Verified
Finite Element Analysis (FEA) compliant with global building codes.

⚙ Modern Industrial Tire Racking: Structural Engineering & Rubber Preservation

Storing finished tires presents distinct engineering challenges compared to standardized box pallet warehousing. Industrial radial tires, TBR (Truck, Bus, and Radial), and oversized OTR (Off-The-Road) tires possess high viscoelasticity. When stacked incorrectly under uncontrolled weight distribution, rubber tires experience permanent bead creep, localized tread flattening, and casing deformation. As an authoritative OEM/ODM Industrial Tire Rack Exporter, our manufacturing focus integrates cold-formed structural integrity with rubber preservation dynamics.

Static warehouse setups often compress tire beads when vertical loads are misapplied. Our modular tire stacking racks and selective tire rack bays utilize angled beam geometry (45-degree cradle profiling) or stepped circular cross-beams. This engineered contact angle distributes carcass weight across the tread circumference rather than forcing point loads onto the sensitive inner liner and sidewall cords.

Racking Topology Tire Type Fitment Storage Orientation Volumetric Efficiency Forklift Cycle Dynamics
Modular Nesting Tire Racks PCR, SUV, Light Commercial Barrel / Laced (Interlaced) Up to 300% floor gain Bulk modular handling (4-way entry)
Selective Tear-Drop Systems Heavy Truck (TBR), Agricultural Vertical Tread Down (Standing) 100% direct picking access Standard Counterbalance / Reach Truck
Drive-In High Density Bays Single SKU Container Batches Palletized Tread-Down / Horizontal 80% floor footprint capture Dedicated Drive-In Forklifts
Cantilever Tire Arms Heavy OTR, Mining, Specialty Casing Axial Suspended / Rim Fitted Optimized for long horizontal bays Side-loader or heavy-capacity boom truck

📈 Global Procurement Forecast: Strategic Shifts in Industrial Tire Storage (2025–2030)

The industrial procurement landscape for warehouse storage equipment is transitioning rapidly from standard shelf purchases to fully integrated, turnkey logistics modules. Tire manufacturers (Continental, Michelin, Bridgestone supply chains) and independent global tire distributors demand higher sustainability thresholds, regional compliance guarantees, and automation compatibility.

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Circular Steel & LCA Mandates

Procurement teams increasingly evaluate the Life Cycle Assessment (LCA) of steel profiles. Our facility uses fully recyclable high-tensile Q235B and Q355B coils treated with low-VOC, heavy-metal-free electrostatic powder applications that resist corrosion without toxic outgassing.

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ASRS & Shuttle Compatibility

Modern distribution hubs are phasing out manual pallet shifting. Future-proof tire racks require millimeter-level tolerance stamping to interface seamlessly with automated radio shuttles, AGV tuggers, and overhead gantry cranes without jamming.

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Seismic Zone Elasticity

Facilities across seismic belts (Pacific Ring of Fire, Western Americas) require dynamic joint ductility. Welded collar sleeves and heavy-duty seismic base plates prevent joint failure during lateral ground acceleration events.

Furthermore, freight-rate sensitivity continues to drive demand for collapsible tire stack racks. Fixed welded cages incur exorbitant ocean freight costs per cubic meter. By contrast, our collapsible OEM tire storage racks achieve an 80% collapsed volume reduction, permitting up to 140 collapsed units inside a standard 40ft High Cube container, significantly driving down per-unit landed shipping costs.

Manufacturing Authority

Why Global Buyers Partner with Our Guangzhou Factory

Operating directly from our 30,000 m² advanced manufacturing center, Guangzhou Heda Shelves Co., Ltd. provides comprehensive engineering oversight from initial coil slit to final container sealing.

  • ✓
    Continuous In-House QA: Automated rolling, computerized punching, robotic multi-point welding, and continuous 10-stage phosphating pretreatment ensure uniform coat adhesion.
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    Full OEM/ODM Engineering: Bespoke cradle angles, laser-cut custom branding plates, custom color profiles (RAL matching), and specialized tire-retention pins.
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    Verified Certification Dossiers: Full compliance documentation including CE (No. 2435-CPR-8605159), ISO 9001:2015 (No. 18624Q00169R0M), and RoHS test certificates for customs clearance.
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    Global Seaport Export Experience: Complete CIF, FOB, and DDP export logistics delivering safely through major transshipment hubs worldwide.
Engineered Warehouse Racking Solutions
Procurement Knowledge Base

Frequently Asked Questions by Industrial Rack Importers

Key technical parameters, freight optimizations, and engineering criteria clarified for purchasing managers.

What parameters are essential to calculate the load rating of a tire rack system? +
Load calculations require: outer tire diameter (OD), section width (SW), individual tire weight, desired stacking density (vertical levels), forklift model clear reach, and local seismic acceleration coefficients ($S_s$ and $S_1$). Our engineering department calculates beam deflection under maximum load to remain well within safe deflection limits (L/250 to L/300).
How do collapsible stacking tire racks save freight compared to stationary pallet racking? +
Stationary racks require upright frames and beams that can ship with empty hollow volume inside containers. Collapsible stacking tire racks feature fold-down vertical posts. When empty, up to 4 or 5 units nest inside a single base footprint, reducing reverse-logistics or ocean transport container requirements by up to 75–80%, significantly lowering freight cost per unit.
What surface finish best prevents corrosion in coastal or high-humidity tire distribution centers? +
Standard indoor dry warehouses utilize pickled, phosphated, and electrostatic thermoset epoxy-polyester powder coating (60–80 microns). For high-humidity maritime warehouses, tropical regions, or outdoor staging zones, we recommend hot-dip galvanizing (HDG) to ASTM A123 standards, delivering sacrificial zinc-layer anti-rust protection for over 25 years.
Can your industrial racks interface with automatic tire sorting lines and AGVs? +
Yes. Through our custom ODM service, we manufacture alignment guides, laser-guided vehicle (LGV/AGV) entry funnels, RFID transponder mounting plates, and tight-tolerance bottom skids that ensure mechanized and robotic warehouse systems position racks without deviation or jamming.

Accelerate Your Tire Warehouse Storage Capacity

Send our senior engineering team your warehouse layout, tire SKU dimensions, and target capacity. We provide free 2D CAD layouts, structural calculations, and itemized factory-direct export proposals within 24 hours.

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