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EN 15512:2020 & CE Certified Manufacturing

CE Certified Warehouse Racking Uprights Factories & Factory

Precision-engineered cold-formed steel upright profiles, multi-bend Omega sections, and heavy-duty frame assemblies designed to meet rigorous European safety standards and global industrial storage benchmarks.

Core Storage Portfolio

High-Performance Uprights & Heavy-Duty Structural Racking Units

Direct from our 30,000 m² automated production facility: custom cold-roll formed upright frames, boltless shelving columns, and high-density industrial racking configurations engineered for maximum vertical load-bearing security.

Snap-In Tech Mracking Industrial Light Duty Durable Steel 5 Adjustable Snap-In Storage Racks Longspan Shelving

Mracking Industrial Adjustable Steel Storage Racks Longspan Shelving

  • Upright Pitch: 50mm Adjustable
  • Finish: Electrostatic Powder Coating
  • Application: Garage, Depot & Depot Sorting
Boltless Fast-Fit 100KG Load Black Multi-layer Light Duty Steel Shelving Storage Rack

100KG Load Black Multi-layer Light Duty Steel Shelving Rack

  • Bay Capacity: Up to 500KG UDL
  • Upright Profile: Slotted Angle Post
  • Feature: Quick Boltless Interlocking
Pallet Interface NEXARA Manufacture Racking Load 0.8t Grid Surface Nine Runner Industrial Plastic Pallet

NEXARA Racking Load 0.8t Grid Nine Runner Plastic Pallet

  • Racking Dynamics: 800 kg Uniform
  • Design: 9-Runner Grid Base
  • Integration: Compatible with CE Beams
Industrial Heavy China Manufacturer Adjustable Storage Shelf Racking Selective Pallet Rack

China Manufacturer Adjustable Steel Selective Pallet Rack

  • Upright Dimensions: 90x70 / 100x70 mm
  • Steel Standard: Q235B & Q355B Certified
  • Load Capacity: Up to 5,000 kg / Tier
Long-Goods OEM Heavy-Duty Single Size Steel Metal Storage Shelf Adjustable Cantilever Rack

OEM Heavy-Duty Adjustable Steel Cantilever Storage Rack

  • Column Profile: H-Section / C-Formed
  • Arm Capacity: 500 kg to 1,800 kg
  • Application: Timber, Pipes & Steel Profiles
Modular Systems Boltless Rack System Storage Racks Shelving Units Heavy Duty Shelves

Boltless Heavy-Duty Warehouse Storage Shelving Units

  • Assembly: Knock-Down Rivet Lock
  • Post Gauge: 1.8mm Cold-Rolled Strip
  • Capacity: 300 - 800 kg / Level
Multi-Tier Pick Manufacture Factory 4 Layers Metal Materials Light Duty Racks

Manufacture Factory 4 Layers Metal Light Duty Storage Racks

  • Structure: 4-Tier Adjustable Beam
  • Perforation: Butterfly / Teardrop Hole
  • Decking: Steel Sheet or Wire Mesh
CE High Duty Pallet Rack Made In China Warehouse Storage Beam Rack High Duty Industrial Racks Q235 Steel

Industrial Warehouse Pallet Racking Storage Beam Rack

  • Column Section: 120x95 Omega Profile
  • Steel Standard: Certified Q235B Steel
  • Frame Capacity: Exceeding 24,000 kg
2001
Founded & Manufacturing Experience
30,000m²
Dedicated Production Facility
30,000T
Monthly Cold-Roll Steel Output
10,000+
Global Projects Successfully Commissioned
Structural Mechanics & Design Criteria

The Anatomy of CE-Certified Warehouse Racking Uprights (EN 15512 Compliance)

The upright column is the paramount load-bearing component of any industrial warehouse racking installation. Operating under constant compressive axial stress combined with bidirectional horizontal shear and torsional moments from forklift operations, uprights must be engineered with exacting precision. As a premier CE-certified upright factory, Guangzhou Heda Shelves Co., Ltd. manufactures columns in strict accordance with the European Standard EN 15512:2020 (Steel static storage systems – Adjustable pallet racking systems – Principles for structural design).

Unlike basic open C-profiles that suffer from lateral-torsional buckling under eccentric loads, our proprietary Omega-profile uprights feature up to 14 precision cold-formed bends. These internal return flanges multiply the cross-sectional moment of inertia, dramatically shifting the shear center toward the centroid of the section. This architectural geometry significantly retards local and distortional buckling modes, allowing our upright frames to withstand severe seismic activity and unyielding industrial cycles.

EN 15512:2020 Structural Verification Eurocode 3 (EN 1993-1-3) Calculation Certificate No. 2435-CPR-8605159

Furthermore, each batch of cold-formed steel coils undergoes stub-column compression testing, frame shear stiffness tests, and beam end-connector cyclic loading trials in our internal test lab to validate structural calculations prior to roll-forming and CNC perforation.

HEDA Shelves automated continuous roll forming line for warehouse uprights
Engineering Datasheet

Standard Industrial Upright Cross-Section & Load Capacity Matrix

Reference specifications for standard cold-rolled Q235B and high-yield Q355B pallet racking upright frames produced in our Guangzhou manufacturing base.

Profile Model Dimensions (W x D mm) Available Thickness Pitch Options Steel Grade Max Frame Capacity (UDL) Recommended Configuration
HD-UP80 80 x 60 mm 1.5 mm – 1.8 mm 50 mm / 75 mm Q235B Cold Strip 8,500 – 11,200 kg Light & Medium Longspan, Manual Pick Racks
HD-UP90 90 x 70 mm 1.8 mm – 2.0 mm 50 mm / 75 mm / 76.2 mm Q235B / Q355B 12,000 – 16,500 kg Standard Selective Pallet Racks (<7.5m Height)
HD-UP100 100 x 70 mm 2.0 mm – 2.5 mm 50 mm / 75 mm High Tensile Q355B 17,000 – 22,000 kg Double-Deep & Drive-In Systems (Heavy Load)
HD-UP120 120 x 95 mm 2.3 mm – 2.75 mm 75 mm / 76.2 mm High Tensile Q355B 23,000 – 28,000 kg Multi-Tier Mezzanine Support, High-Bay Cold Stores
HD-UP140 140 x 100 mm 2.5 mm – 3.0 mm 75 mm Micro-Alloyed Q355B 29,000 – 35,000 kg Automated AS/RS Crane Racks (>15m Clear Height)
Certified steel quality and laboratory verification for warehouse racking components
Metallurgy & Surface Longevity

Raw Material Integrity & Multi-Tier Anti-Corrosion Protection

Long-term reliability in structural racking starts at the steel mill. Guangzhou Heda Shelves Co., Ltd. procures hot-rolled and cold-rolled prime steel coils strictly from premier state-owned steel conglomerates. We formulate our components using certified Q235B (yield strength $f_y \ge 235 \text{ N/mm}^2$) for general multi-tier applications and high-strength Q355B ($f_y \ge 355 \text{ N/mm}^2$) for demanding high-bay and seismic structures. The elongation coefficient is maintained above 26% to provide exceptional plastic deformation resilience before failure.

In tropical, maritime, and cold chain environments, untreated structural steel deteriorates rapidly due to condensation and atmospheric chlorides. Our upright production lines incorporate an exhaustive chemical pretreatment regime:

1. Immersion Degreasing & Acid Pickling: Eliminates rolling scales, rust particles, and processing lubricants.
2. Micro-Crystalline Zinc/Iron Phosphating: Generates a dense, chemically bonded inorganic crystal layer that seals the raw steel substrate against microscopic moisture penetration.
3. Dual-Nozzle Electrostatic Polyester Powder Deposition: Applied in automated climate-controlled booths using non-toxic TGIC-free polyester thermosetting resins cured at 180°C–200°C. Coating thickness is maintained at 70μm to 110μm, guaranteeing over 500 hours of continuous salt-spray resistance (ASTM B117 compliance).

Factory Tour

Continuous In-House Manufacturing Workflow (Coil to Container)

Take an inside look at how raw steel is converted into CE-marked, seismically qualified upright columns within our ISO 9001 certified Guangzhou plant.

Raw steel coils inspection
Stage 01

Coil Inspection

Precision slitting and uncoiling
Stage 02

Precision Slitting

Automated CNC column punching
Stage 03

CNC Column Punching

Continuous cold-roll bending
Stage 04

Multi-Roll Forming

Omega Profile Sizing
Stage 05

Profile Sizing

Deburring and seam polishing
Stage 06

Edge Deburring

MIG robotic footplate welding
Stage 07

Robotic Welding

Pickling and phosphating tanks
Stage 08

Acid Pickling

Electrostatic powder coating line
Stage 09

Powder Coating

Dimensional QC and bundling
Stage 10

QC & Bundling

Market Intelligence & Procurement Strategy

Future Procurement Trends in Warehouse Racking & Uprights (2025–2030)

Supply chain leaders, 3PL developers, and logistics engineering firms face evolving economic, seismic, and regulatory landscapes. Discover the four mega-trends reshaping global upright procurement.

1. High-Bay AS/RS Upright Tolerances

As logistics facilities shift toward automated stacker cranes and radio shuttle mother-child systems exceeding 18 meters in height, upright cross-sectional tolerances have tightened to millimeter-level accuracy. Procurement mandates now demand maximum camber and sweep tolerances below 1/1000 of length, driving procurement teams toward continuous roll-forming factories with online laser dimensional scanning.

2. Carbon Border Adjustment & Green Steel

The implementation of the EU Carbon Border Adjustment Mechanism (CBAM) and corporate ESG directives is compelling global buyers to scrutinize the embedded carbon footprint of cold-formed racking. Progressive factories are transitioning to EAF (Electric Arc Furnace) scrap-recycled steel inputs and utilizing low-VOC, heavy-metal-free thermosetting powder coatings with full mill test certification (MTC).

3. Container Cube Optimization & Knock-Down Packaging

With volatile ocean freight rates impacting landed cost calculations, overseas buyers reject pre-welded, voluminous structures. Procurement strategies heavily favor modular knock-down upright frames where vertical Omega columns, horizontal/diagonal bracing struts, and heavy-duty baseplates are nested with computerized precision to fit up to 26 metric tons into a single 40HQ container.

Enterprise Authority & Reliability

Why Tier-1 Warehouse Operators Partner with Guangzhou Heda Shelves

Founded in 2001, Guangzhou Heda Shelves Co., Ltd. has developed from a localized cold-roll manufacturer into an internationally recognized engineering powerhouse. With over two decades of technical mastery, our manufacturing ecosystem delivers unmatched supply continuity across Europe, Southeast Asia, the Middle East, the Americas, and Africa.

Strict Dual Certification: We maintain valid CE Certification (No. 2435-CPR-8605159) in full compliance with the European Construction Products Regulation (CPR 305/2011/EU) and operate an ISO 9001:2015 Quality Management System (No. 18624Q00169R0M) with active certification through June 2027.

End-to-End Engineering Support: We do not simply supply steel profiles. Our dedicated design division provides free turnkey engineering deliverables within 24 hours, including detailed AutoCAD floor plans, dynamic 3D virtual walkthroughs, finite element analysis (FEA) structural stress reports, and bespoke container-stuffing simulations.

Free CAD and 3D layout design for warehouse uprights and racking systems
Technical Knowledge Base

Frequently Asked Questions on CE Certified Racking Uprights Procurement

Comprehensive engineering, regulatory, and logistics answers for procurement specialists and structural consultants.

What specific European standards must a warehouse racking upright meet to earn CE certification? +
Under EU Construction Products Regulation (CPR 305/2011/EU), static steel storage uprights are evaluated against EN 15512:2020 (Principles for structural design), EN 15620 (Tolerances, deformations and clearances), EN 15629 (Specification of storage equipment), and EN 15635 (Application and maintenance of storage equipment). The CE mark on our uprights verifies that our profiles have undergone mandatory initial type testing (ITT) for stub column compression, upright-to-beam connection shear, and distortional buckling resistance under third-party notified body surveillance (Certificate No. 2435-CPR-8605159).
Why is the multi-bend Omega upright profile superior to traditional C-channel sections? +
Traditional open C-channels have a low torsional constant and their shear center lies completely outside the cross-section, causing significant eccentricity and twist when subjected to vertical beam loads. HEDA's multi-bend Omega profiles incorporate 8 to 14 discrete cold-formed bends with inward return lips. This geometric stiffness shifts the shear center close to the section centroid, greatly increasing resistance to local plate buckling, flexural buckling, and torsional-flexural buckling while providing optimal strength-to-weight efficiency.
How do you determine the required steel gauge and profile size for high-capacity frames? +
The profile cross-section (e.g., HD-UP90, HD-UP100, HD-UP120) and steel thickness (1.5mm to 3.0mm) are computed based on the maximum total frame load, vertical distance between beam levels (unbraced buckling length), forklift impact factors according to EN 15512, and regional seismic zone accelerations ($a_g$). Our engineers perform 3D matrix structural frame simulations using Finite Element Analysis (FEA) to verify that combined compressive and bending stresses remain within safe elastic design limits with standard safety margins ($\gamma_M \ge 1.4$).
What perforation pitch standard should we specify: 50mm, 75mm, or 76.2mm (3 inches)? +
The choice depends on regional conventions and inventory handling needs. A 50mm pitch is common in European and modern Asian automated facilities, providing fine-tuned beam adjustability that optimizes vertical warehouse cube utilization for diverse pallet heights. A 75mm or 76.2mm (3-inch) pitch is standard across British Commonwealth nations, the Middle East, and the Americas, providing robust compatibility with heavy-duty teardrop or box connectors. HEDA's automated CNC multi-punch presses can tool any pitch standard to match your existing facilities.
How does your factory protect upright columns against corrosion in coastal and cold-room warehouses? +
For standard ambient distribution centers, our 9-stage chemical wash, pickling, iron-phosphating, and 80-110μm thermosetting polyester electrostatic powder coating provides comprehensive protection. For sub-zero cold chain facilities (-25°C to -30°C) where high condensation occurs, or maritime port warehouses with high ambient saline humidity, we supply hot-dip galvanized (HDG) upright profiles manufactured in accordance with EN ISO 1461, providing a zinc coating thickness of 60-85μm for decades of rust-free structural integrity.
How are knock-down upright frames packed to avoid transit damage and optimize shipping container loading? +
Our upright columns are nested in interleaved bundles, separated by corrugated cushioning and protective plastic corner beads, and bound with heavy-duty steel strapping over treated timber skids. Upright frame bracings (horizontal and diagonal C-sections), baseplates, shim plates, and structural grade 8.8 bolts are packed separately in reinforced pallet crates. This modular knock-down packing avoids bent flanges during ocean transit and allows us to maximize the weight limit of 40-foot high-cube containers (up to 26,000 kg), substantially reducing landed freight costs per storage position.

Need Structural Load Calculations or Custom Roll-Formed Profiles?

Connect directly with our senior racking design engineers. We review your building CAD layouts, provide certified load calculations, and supply competitive factory-direct quotations within 24 hours.

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