High-performance warehouse configurations optimized for density, loading safety, and accessibility.
Modern supply chains demand more than simple storage. The transition toward high-density, automated, and human-centric warehouse design has pushed ergonomic racking to the forefront of logistics engineering. Structural safety, accessibility, and compatibility with Material Handling Equipment (MHE) dictate the bottom-line profitability of international distributors, 3PL giants, and manufacturing hubs.
Global regulations, including OSHA guidelines and the European Committee for Standardization (CEN) mandates, heavily focus on structural strain and worker interactions with picking systems. True ergonomic design minimizes physical strain during manual picking operations while optimizing load placement heights to reduce forklifts' cycle times and warehouse accidents. Today’s industrial frameworks must seamlessly balance physical loading strength with modular adaptability.
Over a decade of engineering excellence, structural innovation, and global supply stability.
Our dedicated Quality Control department features 45 skilled structural inspectors utilizing state-of-the-art diagnostic instruments. Every run of steel undergoes strict tensile testing, ultrasonic weld flaw analysis, finite element analysis (FEA) testing for structural deflection, and salt spray testing for protective coatings. This guarantees that every dynamic storage module delivers consistent weight distribution and load-bearing performance.
Supported by our in-house R&D group of 28 senior structural engineers, Heda provides flexible OEM and ODM services. From customized mezzanine load ratings (ranging from 300kg/㎡ to 1500kg/㎡) to highly specialized rack geometries for complex material dimensions, our team delivers custom storage plans optimized for warehouse productivity.
Under the hood of Heda's advanced automated production line and testing facilities.
Why manufacturing in Shenzhen, China guarantees optimal price-to-performance and lead-time stability.
Operating from the heart of the Pearl River Delta industrial cluster allows Heda to source premium structural steel grades directly from China's leading mills. This proximity significantly shields our production lines from raw material shortages that disrupt Western markets. With over 800 trusted supply chain partners integrated into our ecosystem, we secure rapid turnaround on specialty hardware, custom wire decking, and unique coating powders.
Our location in Shenzhen offers access to deepwater ports, simplifying shipping to North America, Western Europe, Southeast Asia, and the Middle East. High-capacity logistics hubs ensure container booking priority and optimized transit durations. For global distributors, this direct-factory link translates to shorter lead times, reliable bulk availability, and lower landed costs.
How Heda systems solve structural and operational challenges across key regions.
Designed for high-throughput logistics terminals in the US and Canada. Configured to comply with the Racking Manufacturers Institute (RMI) standards, providing tear-drop connection systems that match existing fleet attachments and support rapid beam level reorganization.
Specially treated structural frames designed for sub-zero food and pharmaceutical distribution environments. Utilizing powder coatings that resist peeling in high humidity and temperatures as low as -30°C, maintaining structural safety under heavy freeze cycles.
Engineered for heavy steel bars, pipes, and bulk industrial dies. Utilizes deep selective beams and heavy-duty cantilever arms with mechanical stops, preventing items from rolling during forklift loading and unloading operations.
Pioneering smart, resilient warehouse structural platforms.
Heda storage systems are fabricated and verified to satisfy rigorous testing protocols globally.
To deliver dependable export equipment, Heda maintains rigorous adherence to standard global manufacturing directives. Our engineering processes are optimized to pass certifications including:
Expert technical answers regarding structural loading, design criteria, and export capabilities.
Engineered for large distribution hubs, heavy material storage, and dynamic multi-level setups.
Hedaracking