OEM/ODM Storage Solutions Factories & Exporters

High-Density Industrial Storage Systems, Engineering-Led Customization, and Intelligent Warehouse Architectures Built for Global Logistics Supply Chains.

GLOBAL MANUFACTURING LEADER

Dongguan Hui Lian Intelligent Warehouse Equipment Co., Ltd.

Established in 2016, Dongguan Hui Lian Intelligent Warehouse Equipment Co., Ltd. has evolved into a premier structural engineering and manufacturing powerhouse specializing in high-performance warehouse racking and storage architectures. Spanning a state-of-the-art facility of 18,500m², we merge advanced cold-rolling forming technologies with robotic manufacturing systems to deliver storage frameworks optimized for load bearing, seismic compliance, and operational density.

With an annual export value exceeding US$18 million, our operations are backed by 8 years of dedicated export experience and 15 years of deep industry expertise. We provide end-to-end OEM and ODM support for third-party logistics (3PL) providers, global retail centers, and automated manufacturing distribution facilities worldwide.

15+
Years Industry Exp
18.5k
Factory Area (m²)
126
R&D Engineers
850+
Supply Partners

Vertical Production & QC Flow

Every profile is tracked from raw material coil sourcing to final shipment coating thickness verification, ensuring load capacity guarantees.

Raw Material Selection - Hui Lian
Raw Material
Rough Shape Cutting - Hui Lian
Rough Shape Cutting
Precision Punching - Hui Lian
Punching
Structural Welding - Hui Lian
Welding
Pre-Assembly Validation - Hui Lian
Assembly
Electrostatic Powder Coating Spraying - Hui Lian
Spraying
Rigorous Quality Control Inspection - Hui Lian
QC Inspection
Export-Grade Protective Packaging - Hui Lian
Packaging

Storage Solutions Technology Roadmap & Future Outlook

Pioneering structural integrity and adaptability in automated logistics systems.

In modern industrial logistics, storage racking is no longer static metal shelving. It is a critical component of high-dynamic material handling systems. The evolution of our product engineering roadmap focuses on three structural design directives:

  • Advanced Seismic Formulation

    Developing finite element analysis (FEA) models designed to simulate seismic actions compliant with international code standards like AS4084 and RMI MH16.1. High-stress joints are reinforced with optimized deflection margins.

  • Ultra-High Yield Steels

    Shifting production paradigms to low-carbon, cold-rolled structural steel profiles (Q235B and Q355B), balancing structural stiffness and high yield strength to minimize material thickness without sacrificing total load capacity.

  • Automated Integration Ready

    Aligning structural tolerances to fractions of a millimeter, catering directly to Automated Storage and Retrieval Systems (AS/RS), stacker cranes, and automated guided vehicles (AGVs) where precision clearance is critical.

  • Green Surface Operations

    Replacing traditional heavy metal pre-treatments with chrome-free eco-phosphating lines, using recyclable epoxy powder coatings that meet RoHS and REACH environmental guidelines.

Advanced Infrastructure & Machinery

Leveraging robotic automation to secure structural tolerances and high capacity volume orders.

Laser Roll Forming Machine
Laser Roll Forming Machine
Precision Bending Machine
Bending Machine
Automatic Spot Welding Machine
Automatic Spot Welding Machine
Automated Spray Painting Production Line
Automated Spray Painting Production Line
Heavy Punching Machine
Punching Machine
Cold Roll Forming Production Line
Forming Production Line
Precision Profile Cutting Machine
Cutting Machine
CAD/FEA Engineering Design Department
CAD & FEA Engineering Design

Macro-Industry Storage Architectures

Developing target solutions across diverse global industrial application profiles.

Third-Party Logistics (3PL) & E-Commerce

E-commerce fulfillment centers mandate high selectivity and rapid layout adaptability. Our boltless shelving systems, adjustable heavy-duty pallet racks, and multi-level mezzanine platform systems are designed for quick modification. The integration of teardrop adjustments allows operations teams to configure levels matching variable parcel shapes and load capacities on the fly.

Automotive, Aerospace, & Heavy Manufacturing

Heavy tooling parts and industrial components require robust structural profiles. Our cantilever systems and heavy-duty mold racks support payloads exceeding 3,000kg per level. Every profile leverages custom-welded structural base assemblies, keeping mechanical deflections well within safe parameters under sustained loads.

Cold-Storage & Harsh Environment Warehousing

Sub-zero conditions cause normal carbon steels to become brittle. We custom-spec high-toughness steel materials coupled with high-durability hot-dip galvanized or zinc-plated coatings. These parameters prevent hydrogen embrittlement and surface degradation down to -40°C, supporting long service lives in high-density cold chains.

Retail & Commercial Distribution Nodes

Retail distribution requires a hybrid approach: bulk high-level pallet storage combined with low-level active manual picking zones. Our custom mezzanine systems integrate robust steel grid structures with modular boltless shelving configurations to double usable operational space without requiring structural building modifications.

Comprehensive Quality Testing & Metrology

An internal team of 56 QC inspectors conducts raw material verification to finished goods testing.

Dedicated Quality Control Department
Quality Control Team
Precision Micrometer Testing
Micrometer Calibration
Vernier Caliper Dimensions Check
Vernier Caliper Tolerance Test

Our quality assurance program is built around five key steps:

  • Raw Material Assessment: Chemical composition validation and tensile yield testing of incoming steel coils to ensure compliance with ASTM and EN structural steel standards.
  • Dimensional Verification: Laser measurement tools, micrometers, and vernier calipers monitor profile thickness, flange widths, and hole pitch alignments.
  • Welding Quality Inspections: Ultrasonic non-destructive inspection systems verify deep structural penetration and joint consistency on upright frame connectors and beam brackets.
  • Load Testing Protocols: Static loading benches test production runs to confirm design capacity limits, verifying load deflection curves against structural safety factors.
  • Coating Durability Checks: Electronic thickness gauges measure powder coat layers (typically 60-90 microns) while cross-cut adhesion tests confirm resistance to impact and corrosion.

China Industry 4.0: Supply Chain Resilience & Cost-Efficiency

Harnessing advanced manufacturing ecosystems to optimize lead times and scale capacity.

Based in the manufacturing hub of Dongguan, Hui Lian operates within an optimized steel supply network. This local integration provides three strategic advantages for international procurement teams:

1. Direct Raw Material Hedging

With partnerships spanning over 850 raw material suppliers, we hedge steel coil procurement to mitigate market price volatility. This integration secures consistent material availability even during supply spikes, passing cost efficiencies directly to our OEM/ODM distributors.

2. Rapid Automated Prototyping

Our division of 126 professional R&D engineers handles new product development. In the past fiscal year, we engineered and deployed 320 new custom products. Using automated tooling systems, we produce mechanical prototypes in as little as 5 working days, expediting project approvals and system rollouts.

3. Scalable Production Dynamics

Our factory processes over 15,000 tons of structural steel per year. The combination of automated spot welding systems, laser roll forming machines, and continuous electrostatic powder coating lines allows us to ramp up production to meet aggressive logistics schedules without sacrificing product tolerances.

International Compliance & Safety Standards

Hui Lian storage solutions are certified to comply with the most stringent global standards, giving our partners confidence in their installation environments:

AS4084:2012 / AS4084:2023

Specifies the design requirements for steel storage racks in Australia and New Zealand, ensuring robust seismic and load calculations.

EN 15512 & FEM 10.2.02

European design parameters for pallet racking systems, governing tolerances, structural deflections, and safety testing margins.

Frequently Asked Questions

Answers to technical, engineering, and logistical questions for global buyers.

Q1: What steel grades do you use for your heavy-duty pallet racking systems?
A1: We primarily use high-grade Q235B and Q355B cold-rolled steel, which conform to GB/T 1591 and international standards. These grades provide the optimal balance of ductility, yield strength, and structural welding performance under varying warehouse load distributions.
Q2: How do you verify and document the load-bearing capacities of your racking systems?
A2: Our load ratings are validated through Finite Element Analysis (FEA) and physical loading tests. Frame uprights and beam connectors undergo destructive loading tests on our internal hydraulic testing rigs. Each design receives detailed load tables documenting load limits, deflection ratios, and structural safety factors.
Q3: Do you support custom dimensions and color options for OEM/ODM projects?
A3: Yes. We offer comprehensive customization including custom profile shapes, heights, depths, shelf thicknesses, and color matching. Our automated powder-coating lines support a wide range of RAL color profiles to match your brand identity or warehouse safety layouts.
Q4: What is the typical lead time for a custom-designed container order?
A4: For standard designs, our production turnaround is 15-20 days. For custom OEM/ODM orders that require unique roll-forming tooling or structural modifications, the typical lead time ranges from 25-35 days, including design approval, prototype verification, and batch production.
Q5: How do you ensure corrosion resistance for outdoor or cold storage environments?
A5: We offer two main coating processes: electrostatic epoxy powder coating (with a typical layer thickness of 60-90 microns) for indoor warehouses, and hot-dip galvanizing (complying with ISO 1461) for high-humidity or sub-zero environments, which provides sacrificial corrosion protection.