Do you ship warehouse racking to South American ports?

Yes. We ship full-container loads from South China ports to Santos, Paranaguá, Itajaí, San Antonio, Valparaíso, Callao, Buenaventura, Cartagena, Guayaquil, Buenos Aires and Montevideo. Typical ocean transit is 30–45 days depending on the route, and every load plan is optimized to maximize container utilization while protecting the powder-coated finish.

Can your racking be engineered for seismic zones in Chile, Peru, Ecuador and Colombia?

Yes. Our engineers include the seismic parameters supplied by your project in the structural calculation and upgrade base plates, anchors, bracing and beam connectors accordingly. We recommend final verification by a local licensed engineer against the applicable national code, such as NCh 433 / NCh 2369 in Chile, E.030 in Peru or NSR-10 in Colombia.

What is the typical production lead time?

With a monthly capacity of 30,000 tons, most standard racking orders are produced within 2–4 weeks after drawing approval. Large mezzanine or high-bay projects are scheduled in phased batches to match your construction timeline.

How is installation handled for projects in South America?

Every shipment includes numbered components, installation drawings and assembly manuals. Our team provides remote video guidance for local installers, and on-site supervision can be arranged for larger or more complex projects.

How do you protect racking in humid tropical or coastal warehouses?

All steel goes through pickling, phosphating and electrostatic powder coating. For cold storage, coastal or high-humidity locations such as northern Brazil, Colombia and Ecuador, galvanized components and enhanced coating specifications are available on request.

What information do you need to design my warehouse layout?

Please share your warehouse floor plan, clear ceiling height, pallet or carton dimensions, load per pallet, forklift type and lift height, number of SKUs, inventory rotation method (FIFO or LIFO) and the seismic zone of the site. Our engineers then prepare a free 3D layout and CAD drawing.

OEM/ODM Industrial Racks For Warehouse Manufacturers & Factories

Engineered Portfolio

Industrial Storage Rack Systems for Factory Logistics

Custom OEM/ODM configurations manufactured for automated assembly hubs, global distribution plants, raw-material warehouses, and heavy-density industrial facilities.

Heavy Duty Cantilever Racks Pallet Racking Warehouse Storage

Pallet Racking Storage Plywood Heavy Duty Cantilever Racks Shelves Pallet Racking Warehouse Storage Heavy Duty Shelving

Timber, bar, and sheet profile storage | Dynamic load limits

Industrial Warehouse Storage Steel Very Narrow Aisle Racking

Industrial Warehouse Storage Steel Racking System Heavy Duty Very Narrow Aisle Racking

High-density vertical footprint | High-reach turret integration

Boltless Adjustable Heavy-Duty Steel Rack Storage System 200kg Capacity Per Layer, for Warehouse & Industrial Stacking

Modular assembly | Manual item picking & secondary buffering

Shibang Heavy Duty Drive-In Pallet Rack System LIFO

Shibang Heavy Duty Drive-In Pallet Rack System Warehouse with LIFO Storage High-Capacity Adjustable Drive-Thru Shelving

Continuous aisle elimination | Cold storage & batch SKU optimization

Warehouse Storage Metal Light Duty Slotted Angle Racking Shelf

Interchangeable pitch design | Hardware & maintenance workshop storage

High Quality Cantilever Racking Warehouse Racking Cantilever Rack

Single & double-sided upright columns | Free-arm deflection resistance

Heavy Medium Duty Selective Metal Steel Shelving Pallet Rack

Heavy Medium Duty Industrial Warehouse Selective Metal Steel Shelving System Storage Pallet Rack Deep-Reach Pallet Rack

100% pallet accessibility | Multi-level beam safety locking pins

Stackable Industrial HDPE Euro Steel Reinforced Pallet

Stackable Industrial HDPE Euro Steel Reinforced 3 Runners Heavy Duty Reversible Hygiene Solid Deck Racking Forklift 4 Way Pallet

High-rigidity rack-ready runner design | Sanitary chemical/food compliance

2001 Founded & Manufacturing Pioneer

30,000 m² Self-Owned Heavy Industrial Facility

30,000 t Monthly Cold-Formed Steel Capacity

120+ Countries Exported & Supported

Engineering Whitepaper: Strategic Procurement & Future Dynamics in Industrial Storage

Modern manufacturing demands warehouse ecosystems capable of handling higher throughput speeds, asymmetric SKU proliferation, and extreme structural security. For global engineering procurement managers, selecting industrial storage racks involves an audit of structural deflection coefficients, steel grade tensile limits (such as Q235B to Q355B yield points), corrosion treatments, and seamless compatibility with Automated Storage and Retrieval Systems (ASRS).

Custom OEM/ODM manufacturing bridges the gap between static inventory storage and dynamic material workflow. Tailoring vertical column geometries, beam locking mechanisms, and specialized racking tolerances ensures optimal floor space utilization while meeting stringent global safety standards, including FEM 10.2.02, RMI, and EN 15512 specifications.

ASRS & Shuttle-Ready Engineering

The convergence of manual forklift racks into semi-automated 4-way radio shuttle lanes and fully automated ASRS systems requires ultra-tight deflection tolerances under 1/1000th of beam clear span. OEM fabrications now mandate laser-cut guide tracks and robotic automated welding.

Seismic-Resilient Base Anchoring

Global procurement requires seismic-compliant upright frame profiles designed to dissipate lateral shear energy. Baseplates must incorporate dynamic anchor engineering validated for regional building codes like Chile's NCh 2369, Peru's E.030, and North American UBC/IBC parameters.

Advanced Surface Anti-Corrosion

Driven by expansions in pharmaceutical cold chains and aggressive coastal industrial zones, standard paint fails. Strategic procurement trends emphasize multi-stage chemical pretreatment—including zinc phosphating and nano-ceramic bonding—followed by high-adhesion electrostatic thermosetting epoxy-polyester coatings.

Manufacturing Authority

Precision Factory Engineering Behind Every Installation

Direct from our 30,000 square meter manufacturing base, we manage cold roll-forming, computerized punch pressing, robotic welding, and automated surface treatment under one roof.

Free 3D Layout & Static Load Analysis

Our dedicated technical team of over 300 professionals converts complex warehouse structural blueprints into optimized 3D CAD and rendering models, complete with load-bearing calculations, seismic clearance simulations, and forklift sweep-path reviews within 24 hours.

Certified Production & Batch QA

Every fabrication batch conforms to CE Certificate No. 2435-CPR-8605159, ISO 9001:2015 certification, and RoHS coating regulations. Ultrasonic weld testing, tensile steel testing, and digital dry film thickness (DFT) checks verify zero structural compromises prior to dispatch.

Ocean Freight Container Maximization

Logistics costs directly govern procurement profitability. Our export packaging engineering utilizes custom steel dunnage, protective corner wrapping, and custom-sequenced container stuffing plans that maximize 40ft HQ cube utilization without damage to coated profiles.

Structural Steel & Roll-Forming Chemistry

We source certified structural high-strength steel coil with traceable mechanical test certificates. The continuous roll-forming lines profile cold-rolled coils into deep omega upright sections and box beams with internal stiffeners.

Yield Strength: High yield stress ratings withstand dynamic loading impacts.
Column Profiles: 50mm to 76.2mm pitch pattern allows vertical flexibility for changing beam steps.
Beam Connectors: 3 to 5-claw high-tensile stamped hooks with auto-engaging steel safety pins prevent dislodgement.

Industrial Factory Finishes & Longevity

Racking operating in severe industrial manufacturing or ambient chemical plants faces aggressive wear. Our automated 10-step surface treatment sets an industry benchmark for anti-peel durability.

Pre-treatment: Multi-tank chemical degreasing, ultrasonic water washing, and zinc-phosphate bath.
Electrostatic Application: Automatic reciprocator spray guns deposit dry powder uniformly across concealed interior profiles.
Thermal Curing: Constant 200°C curing ovens cross-link polymers to achieve high impact resistance.

Procurement Intelligence

Frequently Asked Questions for Warehouse OEM/ODM Sourcing

Direct technical responses addressing common procurement, manufacturing lead times, seismic designs, and site installation inquiries.

What engineering data is required to design an OEM/ODM industrial racking layout?

To provide a precision CAD layout and structural load design, our engineering team requires: (1) Warehouse architectural drawings detailing clear floor dimensions, internal column grids, roof trusses, clear heights under beams, and fire exit corridors; (2) Pallet specifications including overall dimensions (width, depth, full stack height), overhang tolerances, and maximum gross weight per pallet; (3) Forklift parameters including turn-radius clearance, mast lowered height, maximum lift elevation, and outrigger constraints; (4) Subfloor slab thickness, concrete compressive strength (PSI/MPa), and local seismic acceleration coordinates.

How do your racks maintain seismic compliance across high-risk global regions?

All structural frames undergo finite element modeling (FEM) based on project-specific ground acceleration values. Baseplates are upgraded in surface area and steel thickness (up to 16mm-20mm), fitted with dynamic wedge anchor bolts or chemical capsule studs. Frame bracing patterns are calculated to prevent twist, while top-tie beams and vertical diagonal sway-bracing towers stabilize high-bay racking systems against catastrophic resonance cycles.

What is your typical production lead time and monthly processing capacity?

Our monthly output reaches 30,000 metric tons across multi-shift automated rolling and robotic welding stations. For standard high-density selective pallet racking orders (5 to 15 container loads), standard fabrication completion is 2 to 4 weeks following design blueprint approval. Phased batch deliveries are easily coordinated for large-scale multi-tier mezzanine and structural logistics hubs to accommodate local building readiness.

How is installation managed for overseas factories and remote warehouse locations?

Each outgoing container includes an itemized, color-coded installation package. Uprights are shipped pre-assembled or knock-down with labeled bolt bags, detailed 2D anchor placement templates, and exploded 3D assembly guides. Our engineering office provides real-time teleconference guidance, and certified field engineers can be dispatched for on-site commissioning supervision, leveling audits, and structural sign-offs.

What surface treatments are deployed for cold storage, chemical, or humid coastal environments?

For cold chain applications (down to -30°C), specialized steel chemistries resistant to low-temperature embrittlement are combined with impact-flexible powder coatings. In coastal, sub-tropical, or high-condensation environments, components can be specified with hot-dip galvanizing (complying with EN ISO 1461) or electro-galvanized zinc coatings, ensuring comprehensive rust prevention across both the external face and internal tubular surfaces.

Transform Your Warehouse Logistics Efficiency Today

Consult with our senior structural racking engineers to receive custom 3D layout designs, precise static load calculations, and competitive OEM/ODM factory quotations tailored to your operational floor plan.