Engineered structural steel storage racks, platform trolleys, and high-performance material handling components configured for industrial logistics.
In the contemporary industrial landscape, the demarcation line between front-end retail spaces and back-end logistics hubs has blurred. Modern retailers utilize a hybrid model, combining direct consumer interaction with micro-fulfillment centers. As a premier gondola shelves supplier and exporter, Ningbo Xinyi Metal Products Co., Ltd. sits at the center of this transformation, providing high-load capacity storage architectures that maximize vertical cube utilization while maintaining product accessibility.
Global logistics demand modular, load-calculated rack assemblies that can withstand severe mechanical stresses. Our custom-engineered systems prevent micro-fracturing and structural failure under load by utilising premium steel grades like Q235B and SPCC, which offer superior yield and tensile strength profiles. This ensuring that whether deployed in e-commerce depots, retail storefronts, or high-bay industrial warehouses, structural safety is guaranteed.
Inside our 38,000 square meter factory, raw steel is transformed into high-performance racking components using robotic welding, precise bending machinery, and automated surface treatment lines.
In global industrial logistics, load distribution is critical. Overloading or uneven distribution of weights can result in localized racking deflection, compromising warehouse safety. At Ningbo Xinyi, our structural engineers evaluate the mechanical safety limits of every shelf configuration using customized structural deflection calculations (target deflection L/200 or lower).
We supply modular systems with integrated safety lock pins, reinforced steel back panels, and heavy-duty box beams to eliminate structural shifting. Additionally, our R&D engineering division specializes in designing seismic-resistant racking that complies with regional requirements in active geological zones. This rigorous testing approach supports smooth supply chain integration, satisfying 3PL, e-commerce, and high-frequency retail requirements worldwide.
Our quality control program is managed by 45 certified inspection professionals. Raw steel sheets undergo tensile, hardness, and metallurgical composition tests prior to forming. During manufacturing, welds are scanned via non-destructive ultrasonic instruments to verify deep penetration and joint structural continuity. Finished components are subjected to ASTM B117 salt-spray corrosion tests to verify long-term resistance to oxidation, guaranteeing durable shelf life in high-humidity or cold-chain logistics environments.
Different markets present distinct regulatory and operating demands. In North America, racking solutions must meet Rack Manufacturers Institute (RMI) standards. In Western Europe, systems must conform to EN 15512 specifications. Ningbo Xinyi customizes profiles, spacing, and loading capacities to ensure smooth regional compliance.
For high-density retail in Southeast Asia and the Middle East, our modular gondolas are fitted with customized height pitches, perforated pegboards, and dynamic wire shelves. These components adjust to accommodate rapid product catalog shifts, providing optimized SKU exposure and fast restocking intervals.
Our engineering division houses 28 experienced structural designers. Utilizing advanced stress simulation software, we conduct non-linear finite element analyses to verify structural behavior under static and dynamic loading. This collaborative approach allows us to deliver turnkey OEM/ODM modifications, launching over 185 customized shelving configurations annually to keep pace with changing market expectations.
We are investing in smart, sustainable, and automated systems to support the shift toward digital, low-carbon supply chains.
Embedding load-sensor cells and RFID microchips into retail gondola beams to support real-time stock monitoring and preventative safety warnings.
Transitioning to next-generation structural alloys that provide equivalent load capacities at a 15% lower weight profile to optimize shipping costs.
Implementing solvent-free, plant-extracted powder coatings that meet the strictest international restrictions on volatile organic compounds (VOCs).
Upgrading our core rack geometries to support seamless integration with automated guided vehicles (AGVs) and robotic picking systems.
Answers to common structural, logistics, and compliance queries from engineering and procurement teams.
We primarily utilize high-tensile cold-rolled steel grades, including Q235B and SPCC, sourced from verified metallurgical partners. This guarantees consistent yield strength, weld integrity, and structural reliability under dynamic and static weight distributions.
Deflection limit calculations are based on the standard L/200 formula, which limits maximum deflection under full load to 1/200th of the span width. We confirm these parameters using non-linear finite element analysis (FEA) during design engineering.
Yes. Our engineers analyze local seismic conditions to design racking and anchor footings that comply with regional codes, such as FEMA and European standards, protecting inventory and personnel in active seismic zones.
We use an automated powder-coating line to apply epoxy-polyester coatings, followed by oven curing. This finish is tested for corrosion resistance via ASTM B117 salt-spray testing, making our racks suitable for varying storage conditions.
Our engineering division supports modifications to size, load capacity, color matching (RAL system), post punching, and beam connector types. We also design customized shelving accessories, introducing more than 185 unique configurations annually.
Our 45-person Quality Assurance team monitors welding via regular visual reviews and non-destructive ultrasonic scans. These checks ensure deep weld penetration and prevent cracks, helping maintain stable rack load capacities.
Heavy-duty transport carts, modular shelves, and custom cargo handling solutions engineered for material transport and warehouse optimization.
Xinyi Racking
