CE Certified Heavy Duty Industrial Racking Manufacturer & Supplier

To prepare an accurate structural calculation report and CAD plan, our engineers require: (1) Warehouse architectural drawings showing clear height to lower roof truss obstruction and column grid; (2) Concrete slab compressive strength ($f'_c \ge 25\text{–}30\text{ MPa}$), thickness, and reinforcement details; (3) Pallet specifications including width, depth, overall height (including load), and maximum gross weight; (4) Forklift specifications including model, turning radius (Aisle AST), collapsed mast height, and maximum lift height; and (5) Local seismic acceleration parameters ($S_s, S_1$) if applicable.

Our racking systems are produced under Factory Production Control (FPC) audited pursuant to the European Construction Products Regulation (CPR 305/2011/EU) and EN 15512:2020. Our CE Certificate No. 2435-CPR-8605159 is issued by a recognized European Notified Body. Every export order is accompanied by a formal Declaration of Performance (DoP), structural calculation datasheets, and steel mill test certificates (EN 10204 3.1) confirming chemical composition and mechanical yield strength.

Standard industrial upright columns exert significant concentrated point loads through baseplates to the building slab (often ranging from 40 kN to over 150 kN per column foot). Typically, an uncracked reinforced concrete slab with a minimum thickness of 150mm to 200mm and compressive strength of C25/30 (25–30 MPa) is necessary. We engineer custom enlarged, heavy-gauge baseplates to distribute point loads and prevent localized concrete punching shear failure.

Yes. Low-temperature environments (down to -30°C) cause structural carbon steel to undergo ductile-to-brittle transition. For deep-freeze warehouses, we specify low-temperature impact tested structural steel (Q355D/E or S355NL) with proven Charpy V-notch energy values. For surface protection against condensation and corrosion, hot-dip galvanizing conforming to ISO 1461 is available alongside our cold-resistant thermosetting epoxy coatings.

Q235B is standard carbon structural steel with a minimum yield point of 235 MPa, offering high ductility and optimal roll-forming properties for standard height pallet racks. Q355B is a high-strength low-alloy (HSLA) steel with a yield point of 355 MPa (~50% stronger). We utilize Q355B for tall high-bay uprights (over 8 meters), heavily loaded Drive-In cantilever arms, and high-capacity mezzanine primary beams, reducing overall deadweight while ensuring exceptional buckling resistance.

We engineer a multi-layered impact protection system: (1) Heavy-duty column wrap-around guards manufactured from 4mm–6mm formed plate anchored directly to the slab; (2) Heavy-duty C-channel end-of-row barrier frames absorbing kinetic energy at turning intersections; (3) Internal column stiffening sleeves inserted in bottom upright segments; and (4) High-visibility safety yellow powder coating (RAL 1023) adhering to international safety visibility standards.

Typical fabrication lead time for standard project sizes (2–10 full container loads) is 15 to 25 working days. Located in Guangzhou with direct proximity to Nansha and Shenzhen container terminals, we engineer specialized export packing bundles with steel strapping, corrugated board interleaving, and custom timber cribbing. This ensures maximum 40ft High Cube container volumetric utilization (typically 24–26 metric tons per container) and zero transit friction damage.

Every project shipment includes fully dimensioned CAD assembly drawings, anchor bolt torque specifications, and component identification tags matching the packing list. For large-scale international warehouse implementations, we provide step-by-step video installation guides, remote engineering supervision via video conference, or deploy Senior Installation Superintendents to oversee and certify your local contractor’s installation on site.