CE Certified Wall Mounted Rack Shelving Manufacturers & Manufacturer

Evaluating wall capacity requires structural verification of the building substrate. Reinforced poured concrete walls (minimum compressive strength $\ge 20 \text{ N/mm}^2$) and core-filled concrete block masonry provide the highest structural load capacity, capable of supporting heavy wall-mounted cantilever arms and dynamic shelving. For steel-framed structures, wall mounting brackets must be fastened directly into structural building columns (I-beams or H-columns) or intermediate steel girts rather than light sheet-metal cladding.

Our engineering team provides comprehensive Anchor Reaction Force Schedules detailing maximum shear ($V_{Ed}$) and tensile pull-out forces ($N_{Ed}$) under maximum uniformly distributed load (UDL) and seismic condition models, enabling your local consulting structural engineer to approve building wall attachments without risk.

Every commercial consignment exported by Guangzhou Heda Shelves Co., Ltd. is accompanied by a formal Declaration of Performance (DoP) tied to our CE Certificate No. 2435-CPR-8605159. In addition, we supply Certified Mill Test Reports (MTRs) according to EN 10204 3.1 detailing the steel coil heat number, chemical composition (C, Mn, Si, P, S), yield strength ($R_{eH}$), tensile strength ($R_m$), and elongation percentages.

For custom engineering and mezzanine solutions, we also supply complete calculation dossiers referencing EN 15512, welding procedure specifications (WPS), and quality inspection logs for your local building certifier or municipal safety auditor.

Mechanical wedge anchors work by radial friction expansion against the drilled concrete wall. While rapid to install and cost-effective, they exert high internal expansion stress on the base substrate, requiring generous edge distances and substantial spacing to prevent concrete spalling or cracking under tension.

Chemical anchoring systems (injectable vinyl ester or pure epoxy resins with threaded steel studs) bond the anchor rod stress-free across the full hole depth. This distributes tensile pull-out forces uniformly along the entire drilled length without internal bursting pressure, making chemical anchors the superior, code-preferred choice for close-to-edge wall configurations, dynamic vibration loads, and older masonry structures.

Yes. We regularly design storage structures for earthquake-prone territories including New Zealand (NZS 1170.5), Australia (AS 4084 / AS 1170.4), and seismic zones across Europe (Eurocode 8 / EN 16681). Depending on your site’s Spectral Acceleration ($S_a$), soil profile type, and building importance level, we integrate cross-bay portal bracing, heavy-gauge welded baseplate stiffeners, anchor embedment enhancements, and positive wall-tie row dampers to mitigate cyclical ground movement.

Our automated finishing line utilizes a continuous 12-stage chemical pretreatment incorporating hot alkaline degreasing and micro-crystalline zinc phosphating. This forms an inorganic protective conversion layer that physically prevents oxidation creep beneath the topcoat. We then electrostatically apply TGIC-free polyester or epoxy-polyester architectural powders cured at 190°C, producing an impervious 65–85 micron protective shield.

For open-sided sheds, chemical wash-down rooms, or high-humidity tropical sites, we offer hot-dip galvanization conforming to EN ISO 1461, delivering over 40–80 years of maintenance-free cathodic barrier protection.

To eliminate maritime transit corrosion and comply strictly with agricultural import requirements (such as Australia’s DAFF and New Zealand’s MPI), HEDA Shelves packages structural profiles on customized heavy steel stillages or ISPM-15 certified heat-treated timber. Components are banded with tensioned steel strapping, cushioned with corner edge-protectors, and sealed in multi-layer PE shrink wrap with industrial desiccant sachets to prevent condensation tarnishing inside maritime containers.