Engineered to absorb dynamic lateral forces, our high-durability racking configurations maximize load containment and floor space utility across New Zealand's volcanic and fault-line zones.
Easy boltless setup with premium structural steel uprights. Adjustable beam configurations tailored for heavy logistics.
Enquire Now
High-grade plastic material with reinforced metallic handles, perfect for hypermarkets and high-footfall retail stores.
Enquire Now
Q235 steel construction featuring up to 500kg shelf capacity. High corrosion-resistant finish ideal for coastal environments.
Enquire Now
Zinc-plated rust protection coating with high-visibility mesh grid structure. Foldable configuration for rapid store reconfiguration.
Enquire NowIndustrial warehousing in New Zealand faces dual demands: handling rapid logistics turnovers and mitigating geographic seismic activity. From the central hubs of Auckland’s Wiri and Airport Oaks districts to the primary production hubs of Canterbury and Hawke's Bay, modern racking solutions must deliver both volume optimization and structural integrity.
Seismic Compliance (AS/NZS 1170.5) is not optional—it is a critical safety and business continuity mandate. At Shenzhen Runda Racking, we engineer custom steel warehouse solutions using advanced finite element analysis (FEA) to ensure safety factors match the specific spectral acceleration zones of New Zealand.
Furthermore, high humidity levels across coastal cities like Tauranga and Dunedin necessitate state-of-the-art surface treatments. Our industrial powder coatings and hot-dip galvanized finishes prevent oxidation, maintaining structural rating compliance over decades of service.
An in-depth look at how Shenzhen Runda Racking delivers engineered reliability for high-density storage applications across high-risk geologic zones.
When designing racking for New Zealand, structural calculation models must treat pallet racks as highly specialized steel structures. The combination of structural self-weight, maximum live load, and dynamic earthquake acceleration constitutes the design load combinations. Our engineers perform design verification to limit lateral deflections (sway) and avoid catastrophic collapse.
Over-sized seismic baseplates distribute loads efficiently onto concrete slabs, using heavy-duty chemical expansion anchors certified for cracked concrete.
Using premium Q235B and Q355B cold-rolled profiles, uprights feature optimized geometry with multiple return folds to elevate the local buckling capacity.
Heavy-duty beam connectors feature three to four load-sharing locking hooks with automatic safety pins, maintaining structural rigidity under vibration cycles.
Racking installations in New Zealand must comply with the Building Act 2004. Racks over 2.4 meters tall require a structural engineering design certificate (PS1 - Producer Statement) and a building consent.
Review structural slab capacity, target dynamic weight distribution, and geographic seismic hazard factor (Z-factor).
Shenzhen Runda R&D team performs design verification using finite element analysis to compute localized stresses and deformation curves.
We supply detailed CAD layout drawings, mill test certificates, loading tables, and installation guidelines to support local certification processes.
Established in 2015, Shenzhen Runda Racking Manufacturing Co., Ltd. delivers high-end production processes to service demanding projects worldwide.
Operated under a modern 35,000 square meter production facility, our operations are powered by a robust network of over 1,200 trusted supply chain partners. This enables us to achieve an annual export turnover of $28 million. Our primary markets span North America, Western Europe, Southeast Asia, and the Middle East, and we are proudly expanding direct technical configurations to industrial sectors in New Zealand.
We maintain strict quality control through full-process sampling inspection, raw material stress testing, and load-bearing verification, backed by a dedicated team of 35 QC professionals. Our 18 experienced R&D engineers continuously refine structural efficiency—releasing over 120 new and upgraded storage products last year alone.
We offer comprehensive OEM/ODM and full custom manufacturing services, including tailored load capacities, custom dimensions, corrosion-resistant powder coatings, and specialized seismic structural designs.
Consult Our Engineering Team
Direct manufacturing combined with efficient shipping schedules minimizes lead times and controls total project acquisition costs.
Located in close proximity to major Southern China shipping terminals, we coordinate optimized container stuffing profiles to minimize freight cost per cubic meter. By optimizing packaging formats, we protect powder-coated surfaces and structural elements from marine moisture damage during the 15-to-22-day sea transit to New Zealand ports.
We handle clean bill of lading processing, customs clearance documentation, phytosanitary certifications for timber/plywood components, and provide full import assistance for New Zealand port discharge.
Whether your installation requires delivery to a depot in Onehunga, Christchurch, or Wellington, we coordinate with your chosen freight forwarders to ensure a smooth transition from port to site.
Developing next-generation structural profiles and automated manufacturing to meet emerging industrial standards.
Deploying advanced laser welding arrays to minimize heat-affected zones in joints, improving material performance during low-temperature refrigeration and seismic loading.
Eliminating volatile organic compounds (VOCs) and introducing non-toxic, antibacterial powder coatings designed specifically for New Zealand food processing and cold storage facilities.
Integrating real-time digital structural monitoring nodes on primary upright frames to alert floor operations to impact damage or dynamic weight overloads.
Select from our widely deployed commercial racking, gondola shelving, and material handling systems engineered for versatile layouts.
Compact design with premium caster wheels for easy navigation in high-traffic stores. Corrosion-resistant coating.
Enquire Now
Combines structural steel stability with high-aesthetic wood panel accents, ideal for premium grocery displays.
Enquire Now
Modular, height-adjustable shelving units configured for retail flexibility and optimized shelf presence.
Enquire Now
Durable heavy-gauge steel uprights supporting high-density moisture-sealed wooden shelves.
Enquire Now
Reinforced dual-side profiles capable of holding heavy retail goods, with custom powder coating options.
Enquire Now
Optimized for storing long, heavy, or awkwardly shaped inventory items. High load safety factor.
Enquire Now
Architectural-grade clean steel structure with warm wood laminates. Easy modular configuration.
Enquire Now
Reinforced rim and ergonomic handles, built for distribution center order picking or retail use.
Enquire NowTo ensure compliance with local work safety regulations (WorkSafe New Zealand guidelines for industrial racking safety), installations must follow tight engineering specifications. An incorrectly positioned upright or unbalanced baseplate can compromise the seismic resistance rating of the entire system.
Shenzhen Runda Racking works alongside certified New Zealand engineers and local layout planners. We provide precise structural load documentation to support site sign-offs. We supply complete 3D structural models and physical material samples to structural consultants to facilitate localized verification.
Additionally, our design methodology builds in a safety coefficient factor exceeding standard international norms. This provides extra protection against loading variations, forklift impacts, and localized seismic actions.
Steel batches undergo tensile testing and chemistry analysis to guarantee consistent yield points.
Salt spray tests verify anti-corrosion performance, protecting metal uprights from salt air degradation.
Our baseplate clearances and structural anchoring designs account for dynamic seismic shift factors.
Find answers to common technical queries about design specifications, import procedures, and seismic certifications.