Precision-engineered, AS4084-2023 compliant heavy-duty die racks, cantilever configurations, and space-optimization systems designed for harsh industrial applications.
Our top featured heavy-duty configurations engineered for logistics centers in Sydney, Melbourne, Brisbane, and Adelaide.
Understanding the transition towards smart infrastructure, structural load-bearing parameters, and the rise of local advanced manufacturing corridors.
The industrial landscape in Australia is undergoing a profound transformation. As global supply chains face structural bottlenecks, local Australian manufacturers in the defense, aerospace, medical devices, and mining machinery sectors are scaling up operations. High land costs in key industrial corridors like Western Sydney (Badgerys Creek), Melbourne Outer West, and Brisbane TradeCoast have made spatial density and safety optimization non-negotiable.
Mold and die tooling represent some of the highest-value physical capital in injection molding, metal stamping, and extrusion plants. A single tool set can weigh from 500 kg to over 15 metric tons. Storing these heavy, highly precise tools requires dynamic storage systems that allow easy overhead crane access or heavy-duty forklift extraction, while minimizing spatial footprints. Our mold racking designs optimize high-density vertical spaces and feature custom slide-out configurations to streamline operational uptime.
Additionally, Australia's geographical profile dictates high resistance specs for coastal humidity (causing corrosion in coastal zones like Newcastle, Gladstone, and Wollongong) and seismic activity. Our heavy-duty racking systems are engineered with specialized powder coatings and hot-dip galvanized finishes to ensure material longevity under extreme sub-tropical, marine, and arid conditions typical of WA's mining hubs and Queensland's industrial facilities.
As logistics complexes scale globally, the integration of automation and smart structures has become standard. We analyze supply-chain dynamics globally to build heavy storage racks that incorporate structural steel roll-forming advancements and precision automated welding processes. This ensures our products withstand rigorous cyclic loading without micro-fracturing.
Our global distribution footprint reaches across North America, Europe, Australia, and Southeast Asia. Working in diverse regulatory landscapes helps us build heavy-duty pallet racks, cantilever racking, and modular structural shelves that effortlessly transition across ASTM, FEM, and Standards Australia (AS) codes.
Established in 2015, Shenzhen Shibang Storage Rack Co., Ltd. is a leading manufacturer specializing in industrial racking systems and customized warehouse storage solutions. Operating from a modern production facility spanning 32,000 square meters, we integrate structural design, precision manufacturing, and international trade to serve a diverse global client base.
Our dynamic R&D team consists of 18 senior engineers, supported by 35 dedicated QC professionals. We introduced 45 new product designs and structural optimizations over the past year to maximize load margins.
We perform comprehensive product inspections, including raw steel tensile testing, automated ultrasonic weld checking, static & dynamic load testing, and powder-coating salt spray endurance tests.
Providing flexible custom configurations for load capacities, height profiles, and finishes (epoxy powder coating & hot-dip galvanizing) to match exact warehouse architectures.
A visual tour of the precision machinery, automated cold-forming lines, robotic welding stations, and modern storage bays at Shibang.
We design and manufacture structural configurations that strictly adhere to AS 4084-2012 and the updated AS 4084.1:2023 design standards.
Our engineering computations take into account dynamic seismic coefficients for active tectonic zones, specifying floor plate bolting profiles and cross-bracing ratios matching specific Australian postcode zones.
Utilizing Q235B and Q355B premium grade structural steel, batch-tested for tensile strength. Certified compliance documentation is provided for local safety and workplace audits.
Every system features clear, high-visibility weight capacity plaque indicators. Safe operating load limits (U.D.L) are verified by physical static test jigs prior to global shipping.
Optimized storage setups for major economic zones and industrial sub-sectors.
For storing high-capacity dragline component tooling, heavy structural dies, and drill rigging spares. Engineered with robust paint coatings to resist abrasive sand and dust.
Sliding shelf drawer mold racks allow operators to safely lift heavy molds using overhead hoists. Features safety interlock mechanisms to ensure only one drawer opens at a time.
High-density storage for complex aircraft engine jigs, mold dies, and customized military hardware components with structural engineering reports for QA tracking.
Combining selective pallet racking with corrosion-resistant finishes for fast access to high-turnover SKUs under low-temperature conditions.
As industry transitions toward Automation 4.0, storage infrastructure must evolve.
Integrating strain gauges into racking uprights to continuously monitor static stress levels, providing real-time data to safety managers and preventing overload incidents before they happen.
Custom baseplate spacing and structural column guard designs engineered specifically to work alongside Automated Guided Vehicles (AGVs) and autonomous forklifts.
Transitioning slide-out drawer die systems to fully robotic storage and retrieval configurations (AS/RS), minimizing hand labor requirements for extremely heavy molds.
A comprehensive selection of structural warehouse equipment designed to maximize storage densities, ensure corrosion protection, and streamline facility operations.
Get structural engineering answers regarding heavy storage parameters for the Australian industrial sectors.
Heavy-duty mold storage racks (or tool & die racks) typically support loads ranging from 1,000 kg to 5,000 kg per shelf/drawer level. Our customized structural configurations can be engineered to accommodate larger weights exceeding 10,000 kg per level, utilizing heavy structural roll-formed profiles and specific column anchoring.
AS 4084-2023 is the updated standard governing steel storage racking structures in Australia. Compliance dictates specific engineering calculations for seismic loading, structural steel grades, safety margins, weld certifications, and load plaque postings. Our configurations are designed to meet or exceed these requirements, with full engineering test reports available for your facility audits.
For high-humidity or coastal areas like Brisbane, Sydney, and parts of WA, we recommend our specialized high-durability electrostatic powder coating or hot-dip galvanizing treatments. Galvanized surfaces provide maximum sacrificial zinc protection, preventing corrosion and paint peeling when exposed to outdoor environments or coastal air.
Slide-out drawer structures (often called drawer mold racks) allow forklift or overhead hoist operators to access individual heavy tooling molds directly from above without clipping upright supports. Additionally, our systems feature mechanical lockouts to ensure that only one drawer can be extended at a time, preventing structural tipping hazards.
Shibang Steel