OEM/ODM Metal Shelving Exporter & Exporters

Global High-Density Warehousing Infrastructure, Structural Load Engineering, and Automated Logistics Systems by DeltaStorage

1. Executive Summary & Enterprise Capability

In the modern landscape of global supply chain optimization, heavy-duty industrial storage operates as a foundational element. Global distribution channels demand storage solutions that maximize volumetric space utilization, optimize material handling workflows, and offer structural longevity. Ningbo Dade Smart Storage Equipment Co., Ltd. (globally branded as DeltaStorage) leads the industry in manufacturing high-density automated racking systems, heavy-duty cantilever racks, and modular mezzanine platforms.

Established in 2012 and situated strategically near the deep-water terminal of Ningbo Port, DeltaStorage manages a 48,000 square meter manufacturing facility. Our operational model integrates raw material sourcing, automated roll forming, robotic structural welding, and advanced surface finishing to serve clients globally. With 14 years of deep-rooted industry experience and 10 years of global export operations, our enterprise generates an annual export revenue of $45 million USD.

2012
Established
48,000 m²
Facility Area
14 Yrs
Industry Experience
$45M+
Annual Export

2. Global Industrial Trends & Supply Chain Solutions

Modern industrial storage systems are no longer passive steel racks. Factors such as high urban land costs, the expansion of cold chains, and automated warehousing systems (AS/RS) have driven demand for specialized, high-density structures. The current market requires engineering expertise to address three main logistical trends:

A. Automation Integration (AS/RS & Shuttle Systems)

Traditional selective racking is increasingly replaced by semi-automated and fully automated systems. By incorporating Radio Shuttle Racks, facilities minimize forklift transit paths, reduce structural damage risks, and maximize pallet storage capacity within a fixed footprint.

B. Multi-Tier Spatial Optimization

Industrial mezzanines and multi-tier picking towers use vertical building height to increase operational floor space. These structural systems must handle static, dynamic, and seismic load variables simultaneously.

C. Environmental Adaptability

Pharmaceutical cold chains require steel formulations and surface coatings that resist low temperatures, condensation, and corrosion. Our customized galvanization and epoxy powder coating systems are designed to perform reliably in sub-zero environments.

3. Material Engineering & Quality Assurance Standards

DeltaStorage ensures structural integrity by managing metallurgy and manufacturing tolerances. We utilize structural carbon steels, primarily Q235B and Q355B, sourced from premier domestic mills.

Our manufacturing processes are managed by 82 full-time quality assurance engineers. DeltaStorage operations are fully certified under ISO14001, CE, and TUV. We utilize four core testing methodologies to verify product performance:

Alloy Spectrography

We conduct spectrographic chemical analysis on incoming steel coils to verify carbon, manganese, silicon, phosphorus, and sulfur content against mill sheets.

Optical Weld Inspection

Automated optical weld seam inspection systems monitor automated butt welding and robotic line welds, detecting internal porosity or geometric deviations.

Environmental Testing

Continuous salt-spray weathering simulation chambers verify the corrosion resistance of our epoxy powder coatings and hot-dip galvanized finishes.

Dynamic Load Testing

Multi-axis dynamic load durability testing simulates long-term cycling, seismic shifts, and forklift impacts to confirm the structural load limits of our rack assemblies.

4. End-to-End Manufacturing Process Flow

DeltaStorage ensures precision across all stages of production, from raw material arrival to final container packaging. Below is our verified workflow:

Raw Material Inspection

1. Raw Material

Cold Roll Forming

2. Forming

Butt Welding

3. Butt Welding

Laser Cutting

4. Laser Cutting

Bending Process

5. Bending

Electrostatic Spraying

6. Spraying

Protective Packing

7. Packing

Finished Goods Warehouse

8. Warehouse

5. Heavy Machinery & Production Facility

Our plant is equipped with automated machinery to ensure dimensional consistency and structural alignment across our entire product range:

Cold Rolling Forming Machine

Cold Rolling Forming Machine

Butt Welding Machine

Butt Welding Machine

CNC Machining Center

CNC Machining Center

Bending Machine

Bending Machine

Spraying Line

Spraying Line

Punching Machine

Punching Machine

6. R&D Capability & Engineering Customization

DeltaStorage maintains an active engineering department staffed by 120 experienced R&D engineers. We specialize in structural finite element analysis (FEA), mechanical calculations, and systems integration. Over the past year, this division introduced 120 new product variations to address changing warehouse logistics and client needs.

Our custom structural design options are engineered to meet specific project demands:

Custom Metal Profiles

We design specialized upright geometries, return-flange configurations, and beam connection profiles to match localized load distributions.

Seismic Structural Design

Our engineers specify dynamic baseplates, overhead structural ties, and heavy-duty horizontal bracing systems for installations in seismic-prone zones.

Finishes & Galvanization

We offer hot-dip galvanized (HDG) coatings, multi-layer epoxy powder coatings, and pre-galvanized options for corrosive or temperature-controlled environments.

7. International Compliance & Regional Structural Standards

To serve markets in North America, Northern Europe, East Asia, and the GCC region, DeltaStorage structural designs are engineered to comply with regional building regulations.

We design and manufacture our systems to align with three primary international regulatory frameworks:

North America (ANSI MH16.1 / RMI)

Our structures are designed to meet standard safety factors, weld tolerances, and physical test protocols required for installations in the United States and Canada.

Europe (EN 15512 / FEM)

Racking designs conform to structural limit state principles and safety margins mandated by European standardization bodies.

Australia & Oceania (AS 4084)

Structural systems are engineered to withstand site-specific load conditions, baseplate configurations, and testing methods defined by Australian codes.

Our global team coordinates with over 1,850 supply chain partners to manage transport logistics, structural calculations, and customs compliance, delivering fully certified products directly to project locations worldwide.

8. Technical & Procurement FAQ

Q1: What are the key differences between Q235B and Q355B steel in racking design?
Q235B carbon steel has a yield strength of 235 MPa and is typically used for standard racking applications with moderate loads. Q355B is a low-alloy, high-strength steel with a yield strength of 355 MPa. We utilize Q355B for high-density automated warehouses, deep racking bays, and high-load designs (exceeding 2,000 kg per pallet level) to manage high bending and compressive stresses while optimizing structural weight.
Q2: How does DeltaStorage guarantee compliance with local building and seismic codes?
During the engineering design phase, our R&D team uses Finite Element Analysis (FEA) to simulate wind load, snow load, and seismic acceleration parameters specific to the installation site. Designs are tailored to meet ANSI MH16.1, EN 15512, or AS 4084 standards, incorporating custom structural bracing, heavy-duty floor anchors, and reinforced baseplate configurations.
Q3: What corrosion protection finishes do you offer for cold chain and chemical facilities?
For temperature-controlled and high-humidity facilities, we recommend hot-dip galvanizing (HDG) to provide sacrificial zinc protection. For general dry storage and high-wear areas, we apply an electrostatic epoxy-polyester powder coat system, cured at 200°C, to deliver a durable, impact-resistant surface finish.
Q4: What is the typical lead time for custom OEM/ODM racking projects?
Standard engineering drawings and structural calculations are completed in 3 to 5 business days. Once drawings are approved, manufacturing ranges from 20 to 30 days depending on order volume. Our proximity to the Ningbo Port terminal helps streamline container stuffing and international ocean freight booking.
Q5: Do you provide integration documentation for automated WMS/WCS systems?
Yes. For automated shuttle systems and AS/RS integrations, we provide mechanical clearance drawings, guide rail tolerances, sensor placement locations, and operational manuals to ensure smooth commissioning with your warehouse management systems.