Every selective, cantilever, and automated shuttle racking system engineered by our structural design team meets strict Australasian seismic verification benchmarks. Explore our high-performance warehousing solutions below.
Heavy Duty
Engineered for 100% SKU selectivity. Manufactured from high-tensile structural Q235B/Q355B steel with interlocking safety connectors.
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Adjustable
Versatile modular frames for high-velocity logistics centers. Instant scalability and rugged thermoset electrostatic powder coat finishes.
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Automation
Automated packaging and continuous palletizing transfer matrix, reducing touchpoints and optimizing in-plant intralogistics throughput.
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Cold Storage
Treated for sub-zero thermal extremes down to -30°C. Ideal for New Zealand meat, dairy, and cold-chain seafood handling facilities.
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High Density
Motorized floor-rail bases compress aisles to expand bulk storage capacity by up to 85% without structural building expansion.
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Cost Efficient
Economical bolted and boltless light-medium industrial racks designed for packaging lines, retail backrooms, and manual picking docks.
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Customizable
Configurable pitch, drop-in shelf panels, and bespoke powder colors. Built for FMCG regional distribution points across the North and South Islands.
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Automated Shuttle
Intelligent semi-automated radio shuttle pallet runner. Maximizes cube density while ensuring complete forklift barrier safety.
Send an InquiryYears Manufacturing Authority (Since 2001)
Monthly Steel Processing Capacity
Global Projects Delivered Flawlessly
Automated Manufacturing Hub (30,000m²)
Operating a distribution center, 3PL hub, or cold-chain storage facility in New Zealand requires an engineering approach vastly different from traditional static storage setups. New Zealand sits along the Pacific Rim of Fire, meaning warehouse racking must strictly comply with the New Zealand Building Code (NZBC) Clause B1 (Structure), standard NZS 3404 (Steel Structures Standard), and AS 4084 / AS/NZS specifications for Steel Storage Racking.
Selective pallet racking systems shipped to Auckland, Christchurch, or Wellington must be engineered to withstand lateral seismic acceleration forces without catastrophic progressive collapse. Our structural engineers calculate upright column cross-sections, bracing configurations (K-bracing vs. X-bracing), and oversized anchor footplates using finite element analysis (FEA). We evaluate ductile frame behavior under post-elastic loading, ensuring anchor bolts withstand pull-out and shear stresses during severe cyclic shaking. Through our comprehensive mill testing protocols, every cold-formed box beam and tear-drop connection delivers the rotational stiffness needed to safeguard life and property.
From the agricultural heartlands of Canterbury and Waikato to the bustling freight terminals of Auckland and Tauranga, selective pallet racking powers New Zealand's key commercial operations.
New Zealand's dairy and meat export industry relies on cold stores maintained at -25°C to -30°C. Our heavy-duty selective and teardrop racking designs utilize cold-tough structural steels and specialized epoxy finishes that resist thermal contraction micro-fissuring and high-humidity condensation.
With industrial land premiums hitting record figures across South Auckland, distribution centers demand maximum cube-utilization and rapid picking turnover. Selective pallet racking configurations offer 100% individual pallet access, integrating seamlessly with reach trucks, VNA equipment, and warehouse management systems.
Timber processing in the central North Island and viticulture centers across Marlborough require robust storage for structural timber, bagged fertilizers, and bottled goods. Our customizable medium-to-heavy selective racks and cantilever arrays withstand heavy point loads effortlessly.
Staying competitive in Australasia requires adapting to evolving seismic regulations, sustainable manufacturing mandates, and accelerated automated intralogistics.
Territorial authorities across NZ increasingly enforce Producer Statements for design and construction review. Supplying comprehensive engineering calculation dossiers and certified material traceability certificates has shifted from an optional benefit to a fundamental baseline for rack consenting.
Because greenfield warehouse construction across Auckland and Wellington faces tight zoning restrictions and steep development costs, facility managers are building upward. Upright frames stretching up to 12 meters combined with narrow-aisle (VNA) selective configurations are rapidly replacing sprawling horizontal layouts.
Kiwi enterprise buyers are moving past multi-tiered domestic distribution markups. Sourcing direct from certified international production facilities offering custom CAD layouts and container-optimized sea freight cuts procurement capital expenses by 25% to 40% while preserving tier-one engineering pedigree.
Founded in 2001, Guangzhou Heda Shelves Co., Ltd. has established itself as an international manufacturing standard-bearer for heavy-duty industrial shelving, multi-tier mezzanine floors, and engineered selective pallet racking. Operating from an expansive 30,000 square meter (323,000 sq ft) manufacturing campus staffed by over 300 experienced fabrication specialists and structural engineers, our monthly production capacity surpasses 30,000 metric tons of certified steel.
Our quality control infrastructure is certified under ISO 9001:2015 and holds international CE Marking compliance (Certificate No. 2435-CPR-8605159). For our New Zealand distribution partners and commercial clients, we bridge international manufacturing scale with localized engineering requirements. Every single component—from roll-formed upright columns and multi-hook box beam connectors to floor anchor plates—undergoes automated CNC cold bending, laser slitting, pickling, phosphating, and electrostatic polymer powder coating to ensure uncompromising longevity under rugged operational duty cycles.
From prime hot-rolled steel coils to ocean-container loading, our integrated manufacturing process maintains strict metallurgical and dimensional tolerances.
Certified steel coil inspection testing yield strength, elongation, and structural integrity.
Automated uncoiling and precision slitting to exact cross-sectional dimensional widths.
High-speed hydraulic punching for 50mm/75mm pitch column hole alignment.
Multi-station roll forming producing continuous, rigid Omega-profile upright posts.
MIG welding joining beam end-connectors with deep-penetration weld integrity.
Chemical pickling and phosphating guaranteeing maximum surface adhesion.
Automated powder coating cured at 200°C for durable impact resistance.
Dunnage-supported, moisture-resistant packaging engineered for ocean freight.
Clear, direct answers regarding seismic compliance, standard pallet sizing, customs clearance, and lead times for Kiwi logistics managers.
Yes. While international configurations often focus on 48"x40" GMA or 1200x800 Euro pallets, we engineer frame depths (typically 1100mm or 1200mm) and clear beam spans (such as 2600mm or 2750mm) specifically designed to house standard 1200x1200mm New Zealand CHEP/Loscam hardwood pallets with safe overhang and load balance.
Absolutely. We provide complete factory structural calculation packages, raw steel mill certificates, component section modulus data, and detailed CAD layouts. These documents are tailored to enable your local chartered professional engineer (CPEng) to review and issue the Producer Statement (PS1 Design) required by local New Zealand councils.
We regularly ship 20ft and 40ft high-cube containers directly to major New Zealand sea freight terminals, including the Port of Tauranga, Ports of Auckland, Lyttelton Port (Christchurch), and CentrePort (Wellington). We support standard FOB and CIF shipping terms, along with consolidated commercial packing slips for straightforward customs clearance.
Seismic risk factors vary significantly from Auckland (lower risk zone) to Wellington and Christchurch (high active fault zones). Depending on your installation location and building subsoil classification, we engineer thicker gauge column steels, enlarged seismic footplates with multi-point chemical anchoring, and reinforced transverse bracing arrays to prevent buckling.