China Best Storage Solutions Factory & Supplier

High-Density Racking Systems, Industrial Custom Automation, and Smart Warehouse Execution Systems (WES) Engineered for Global Supply Chains.

Leading China Storage Solutions Manufacture & Supply

Guangdong Ebil Metal Products Co., Ltd. (Ebiltech / Ebilmetal) stands at the forefront of warehouse space optimization and industrial manufacturing.

26,800m²
Modern Production Hub
12+ Yrs
Racking Industry Exp.
60+
Countries Reached
$18M+
Annual Export Revenue

Established in 2017, Guangdong Ebil Metal Products Co., Ltd. has developed into a state-of-the-art industrial manufacturing enterprise. Equipped with advanced automated roll forming production lines, high-precision robotic welding arms, CNC processing systems, and fully integrated continuous electrostatic powder-coating lines, Ebil delivers heavy-duty structural stability. Every product undergoes strict load capacity and environmental corrosion tolerance testing, offering robust lifecycle guarantees for distribution hubs, e-commerce storage, and heavy manufacturing lines worldwide.

With an intensive engineering division comprising 48 experienced R&D engineers and 56 dedicated quality control inspectors, the factory rolls out upwards of 96 new structural and automated designs annually. From basic Selective Pallet Racks to highly sophisticated structural mezzanines and automated 4-way shuttle systems governed by customized Warehouse Execution Software (WES), Ebil provides structural reliability and advanced automation integration to optimize supply chain capacity.

China Factory 4.0: Precision Production & Material Testing

A deep dive into our manufacturing processes, testing protocols, and processing equipment that ensure international structural safety compliant with SEMA, RMI, and FEM standards.

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Cold Roll Forming Processing
Our continuous roll forming mills shape raw high-strength steel (typically Q235B or Q355B) into precision upright columns and beams with precise profiles and minimal structural deviation.
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Robotic Welding Systems
Automated robotic arm stations perform flawless structural joins on connector plates and bracing. Eliminating manual weld variations ensures loading capacities exceed a 1.5x safety factor.
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Surface Treatment Processing
Multi-stage pre-treatment wash, acid pickling, and phosphating prepare the steel profile for a durable, cross-linked thermosetting epoxy powder coat with excellent salt spray resistance.
Raw Steel Materials
Raw Materials Storage
Cold Roll Forming
Cold Roll Forming Processing
Surface Treatment
Surface Treatment Processing
Assembly for Automatic Equipment
For Automatic Equipment -- Assembly
Raw Materials Roll Stock
Raw Materials Roll Stock
Continuous Profiling Mill
Cold Roll Forming Processing Line
Advanced Surface Treatment
Surface Treatment Line
Hydraulic Bending Processing
Steel Bending Section
High Precision Punching Machine
Steel Punching Section
Robotic Welding Cells
Robot Welding Station
Powder Painting Line
Electrostatic Painting Stage
Finished Racking Products
Finished Products Warehouse
Automated Subassembly Station
For Automatic Equipment -- Assembly Line
Pre-packaged Racking Components
Finished Products & Packaging
Metal Sand-blasting Machine
Sand-blasting Preparation Machine
Continuous Stamping Machine
High-Speed Stamping Machine
Heavy Rolling Mill
Structural Steel Rolling Mill
Automated Painting Line
Curing & Painting Line
CNC Bending Machine
CNC Bending Machine
Automatic Welder
Heavy Duty Automatic Welder
Automatic Punching Machine
Pneumatic Punching Machine
Welding Robot Unit
Intelligent Welding Robot
CNC Plasma Cutting Machine
CNC Plasma Cutting Machine
Column Production Line
Column Production Line

Intelligent Warehousing & Automation Roadmap

Building the future of logistics via high-density static structures integrated with robotic systems and intelligent software controllers.

The global warehousing industry is undergoing a transition from traditional manual retrieval networks to semi-automated and fully automated intralogistics nodes. High real estate costs and labor shortages force logistics operators to maximize vertical volume rather than horizontal footprint. Ebiltech's R&D path addresses this challenge through a multi-tier product strategy:

Phase 1

Static System Optimization

Upgrading raw structural profiles using high-tensile cold-rolled steel (yielding up to 355 MPa) and fine-tuning teardrop or box-beam connection nodes for optimal load path distribution. This forms the foundation for reliable safety margins in heavy duty racking.

Phase 2

Semi-Automated Dynamics

Integrating radio-controlled shuttle carts and heavy-duty electric mobile racking arrays. These systems compress traditional aisles into high-density storage lanes, controlled by wireless operators or PLCs, boosting density by up to 80% compared to selective layouts.

Phase 3

Autonomous AS/RS & WES Control

Deploying 4-way intelligent shuttle carriers, trilateral stacker cranes, and vertical conveyor lifts managed by our SGS-certified Warehouse Execution System (WES). The system optimizes pallet pathways in real-time, integrating with existing ERP/WMS databases for seamless operations.

As we transition towards automated warehousing, Ebiltech continues to refine structural design to ensure it meets strict seismic calculations, dynamic load cycles, and safety metrics. This approach provides end-to-end investment protection for distribution facilities worldwide.

Tailored Solutions for Global Industries

From deep freeze cold storage environments to fast-moving e-commerce fulfillment hubs, Ebil customizes structural storage solutions to meet specific industry needs.

Cold Storage & Food Logistics

Operational costs in sub-zero environments require maximum storage density to optimize cooling efficiency. Ebil provides custom drive-in, shuttle, and mobile rack structures treated with low-temperature powder coatings to prevent structural embrittlement down to -30°C.

E-Commerce & High-Throughput Hubs

Fulfillment centers demand high pick rates and multi-level accessibility. Our custom multi-tier mezzanine floors and heavy-duty attic shelving systems double or triple floor space, providing manual picking zones and conveyors with modular pathways.

Industrial Spool & Metal Storage

Industrial manufacturers dealing with sheet metal, heavy coils, and machinery components require high load ratings. Ebil offers specialized 5-layer motorized vertical cable racks, cantilever racking, and steel sheet metal towers engineered for safe overhead handling.

Ensuring Strict Global Compliance & Structural Safety

Procuring racking systems internationally requires adherence to local structural and safety codes. Guangdong Ebil Metal designs and manufactures systems to comply with structural standards, including:

  • RMI Standards (USA): Compliance with standard specifications for industrial steel storage racks, ensuring safety factors for roll-formed steel columns and beams under seismic conditions.
  • FEM 10.2.02 (Europe): Meeting European design codes for static pallet racking, including load safety ratios, deflection limits, and frame bracing tolerances.
  • AS4084 (Australia): Testing and verification of structural steel storage racks, specifying load signs, testing procedures, and operational tolerances.

Rigorous Testing & Quality Control Protocol

Every batch of raw material and manufactured racking component undergoes detailed physical and mechanical testing in our in-house laboratories.

Load Bearing Test

Static Load Bearing Test

We test beams and upright frames under loads exceeding nominal ratings. This verifies elastic limits and safety factors before bulk manufacturing begins.

Load Bearing Tester Machine

Electro-Hydraulic Load Tester

Our laboratory uses automated force sensors to apply point-load, distributed-load, and shear forces, measuring structural deflection under stress.

Hardness Tester

Steel Hardness Tester

Ensuring raw hot-rolled and cold-rolled steel coils meet the correct Rockwell/Vickers hardness specs helps prevent structural cracking under tension.

Our quality control workflow spans from raw material reception to container loading. Chemical composition testing validates the carbon, manganese, silicon, and phosphorus ratios of incoming steel shipments. Post-production inspections measure zinc-galvanizing thickness, powder coating adhesion via cross-hatch tests, and dimensional accuracy using coordinate-measuring machines. This thorough QA program helps guarantee that racking components assemble smoothly on-site without field modifications.

Frequently Asked Questions: Sourcing & Engineering

Expert technical answers to common queries regarding warehouse design, safety regulations, lead times, and customization options.

What steel grade does Ebil use for heavy-duty pallet racking systems?
We primarily use high-strength Q235B and Q355B structural steel, conforming to GB/T 700 and GB/T 1591 standards. These grades offer excellent yield strength (up to 355 MPa) and ductility, making them suitable for seismically active regions and tall racking configurations.
How do you ensure structural compliance with localized standards like SEMA, RMI, or AS4084?
Our engineering department uses specialized finite element analysis (FEA) software to model load paths and wind/seismic forces according to local regulations. We perform physical destructive testing on upright frames and beam connectors, ensuring safety factors comply with RMI (US), FEM 10.2.02 (Europe), and AS4084 (Australia) design criteria.
What surface finishes do you offer for anti-corrosion protection in cold rooms?
For sub-zero cold chain logistics, we offer a specialized multi-coat epoxy powder finish or hot-dip galvanized (HDG) coating compliant with ISO 1461. The HDG process coats both the interior and exterior of upright columns with a protective zinc layer, preventing oxidation in high-humidity or condensing environments.
Can Ebil integrate automated shuttle cars into existing warehouse designs?
Yes. Our engineering team can retro-fit manual drive-in or selective racking layouts with our Radio Shuttle or 4-Way Shuttle systems. This conversion increases storage density by replacing access aisles with deep lane storage, while our custom WES software coordinates transport movements.
What is the standard lead time for customized industrial warehouse racking?
Depending on volume and custom tooling requirements, standard production lead times range from 20 to 35 days. This includes raw material preparation, profiling, robotic welding, surface treatment, quality testing, and packaging. We provide shipping and customs documents for smooth international transit.