EN 15512 & CE Execution Class 2 Certified

CE Certified Racking And Mezzanine Factory & Supplier

Global-grade structural steel storage platforms, heavy-duty attic racks, and automated warehouse logistics systems engineered directly from our 30,000 m² smart manufacturing plant.

Direct-From-Factory Solutions

High-Integrity Mezzanine & Racking Configurations

Configured using certified high-yield Q235B cold-rolled steel profiles. Each installation includes localized seismic load modeling, dynamic deflection monitoring, and full structural compliance for high-density multi-tier warehousing.

25+
Years Manufacturing
Originating from 2001
30,000 m²
Production Facility
Fully Automated Cold-Rolling
30,000 t
Monthly Output
Exporting to 120+ Countries
100%
Compliance Rate
CE & ISO 9001 Certified
Procurement Engineering Guide

Structural Compliance & Engineering Whitepaper

A technical guide for warehouse operations managers, civil structural consultants, and supply chain directors procuring CE-compliant heavy-duty storage infrastructures.

The CE Factor: Execution Class EN 1090-2 & EN 15512

Structural stability under dynamic loading requires more than cold-drawn profile thickness. Our factory fabricates structural uprights under EN 15512 guidelines, ensuring predictable safety margins during asymmetric pallet placement, forklift contact loads, and localized seismic actions.

Advanced Surface Pre-Treatment for Extreme Climates

Warehouses in coastal or industrial settings require enhanced anti-corrosion protection. Our fully automated 10-stage processing line includes high-pressure chemical pickling, zinc phosphating, and 180°C thermosetting epoxy-polyester powder coats that resist humidity and salt mist.

Structural Steel Mezzanine vs. Rack-Supported Mezzanine

Structural mezzanines use H-beam columns to provide open floor space underneath for sorting and office rooms. In contrast, rack-supported systems use heavy-duty shelving as structural load posts, cutting steel consumption while tripling bin pick density for fast-moving SKU distribution.

Long-Term Total Cost of Ownership (TCO) & Floor ROI

By capturing unused overhead space without building modifications, multi-tier platforms avoid major civil investments. A well-engineered mezzanine installation delivers payback within 9 to 14 months by multiplying usable storage capacity within an existing building envelope.

Technical Parameters Matrix & Fabrication Standards

Component Group Certified Standard Base Material Profile Structural Capacity Tolerance Quality Verification Test
Vertical Upright Columns EN 15512:2020 / CE Q235B / Q355B Cold Rolled Up to 24,000 kg total frame load Axial compression & stub-column yield
Load Box Beams CE EN 1090-2 Double-C Interlocked profile 1,000 kg to 5,000 kg per pair Mid-span deflection ≤ L/200 under proof
Mezzanine Deck System BS 5950 Part 5 Galvanized B-deck / Perforated 300 kg/m² to 1,500 kg/m² UDL Distributed dead & dynamic rolling test
Protective Coating RoHS / ISO 9001 Epoxy-Polyester Resin 60–90 μm uniform deposition Cross-hatch adhesion & salt spray 500h
Future Forecasting 2026-2030

Warehouse Structural Trends & Next-Gen Procurement

How automation, warehouse sustainability, and micro-fulfillment models are reshaping mezzanine and rack procurement strategies worldwide.

AMR & AGV-Ready Decking Integrations

Modern mezzanines must support autonomous mobile robots (AMRs). Buyers now specify low-friction, high-flatness steel surfaces (such as laser-leveled composite resins over interlocking galvanized pans) that prevent wheel slippage and handle repetitive axle paths.

Modular Reconfigurability for Flexible Supply Chains

Fixed welded systems are giving way to bolted, modular mezzanines. Reconfigurable connections allow logistics managers to dismantle, expand, or reposition multi-tier layouts as inventory volumes change, protecting their balance sheet.

BIM-Driven Structural Engineering

Facility planners increasingly rely on 3D BIM (Building Information Modeling). Every HEDA project includes parametric CAD models detailing load profiles, sprinkler clearances, and egress routes to streamline local fire and building code approvals.

Zero-Defect Quality Control

Our 10-Stage Precision Production Architecture

Integrated manufacturing under ISO 9001:2015 guarantees full material traceability, from prime steel coils to containerized shipping pallets.

Step 01 - 02

Steel Grading & Laser Slicing

Certified steel coil chemistry verification followed by high-speed computerized shear profiling.

Step 03 - 04

CNC Punching & Cold Rolling

Continuous progressive roll-forming machines create multi-flange structural posts with high bending resistance.

Step 05 - 06

Forming & Surface Grinding

Precise interlocking beam connection profiling followed by robotic seam deburring and surface preparation.

Step 07 - 08

MIG Welding & Pickling

Shielded arc robotic welding followed by acid bath rust removal and non-hazardous zinc phosphating.

Step 09 - 10

Powder Coating & QC Export

Electrostatic powder deposition cured at 180°C, verified with dry-film thickness gauges and export-bundled.

Frequently Asked Questions

Engineering, Freight & Structural Procurement FAQ

Direct technical answers to questions asked by project procurement teams, supply chain consultants, and engineering directors.

What structural documentation is supplied for building permit approvals?

Every project includes full structural calculation sheets, static deflection data, beam-to-column moment capacities, anchor shear specs, and localized seismic calculations. We provide 2D architectural drawings and 3D IFC/CAD models that integrate with regional building, safety, and fire code filings.

How is structural floor load rating verified for heavy equipment?

Live, dead, and point loads are modeled according to EN 1991 structural standards. For pallet jacks or mobile units, point loads are distributed across sub-beam networks and heavy-gauge deck panels, ensuring mid-span deflection stays under L/300 under full design loads.

How does the factory manage container loading to prevent in-transit corrosion and damage?

All structural uprights and long beams are strapped into unitized steel bundles separated by protective wood blocks and stretch-wrapped. Small brackets and fasteners are packed in moisture-sealed wooden crates with desiccant packs to prevent moisture damage during ocean freight.

Can our existing forklift fleet interface with the racking and platform levels?

Yes. Our engineering team reviews your forklift mast heights, turning radii, and outrigger dimensions before locking the layout. We tailor floor openings, safety gates, drop zones, and clear aisle widths to suit counterbalanced trucks, reach trucks, or VNA equipment.

Request a Factory-Direct Technical Evaluation & CAD Design

Send us your building dimensions, ceiling clear heights, and load targets. Our engineering team will supply a complete structural layout, load calculation model, and project estimate within 24 hours.

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