Explore our flagship heavy-lift structural units designed for automated warehouses, structural storage safety, and intense industrial applications.
Established in 2015, Ningbo Xinyi Metal Products Co., Ltd. has developed into a global leader in high-integrity engineering, design, and manufacture of industrial heavy-duty storage racking systems, pallet racking networks, and customized warehouse material handling utilities.
Operated from our cutting-edge 38,000 square meter factory floor, we support multi-tiered logistical channels, global 3PL distribution networks, and enterprise manufacturing plants with modular solutions engineered to withstand peak load requirements.
By blending deep architectural physics, premium-grade steel raw materials, and automated robotic assembly lines, we bridge the gap between simple warehouse capacity and strategic warehouse optimization. Guided by the values of safety compliance, technical innovation, and product longevity, we stand as the primary sourcing hub for demanding engineering and procurement officers worldwide.
An in-depth perspective on modern multi-level storage frameworks, highlighting international logistics shifts, geopolitical supply dynamics, and safety standards.
Real estate scarcity in major logistics hubs has driven industrial storage systems upwards. Warehouse clear heights now frequently exceed 12 meters, requiring heavy-duty upright frames to support continuous, high-capacity vertical static loads without structural deflection.
Traditional static pallet racking is rapidly adapting to accommodate semi-automated and fully automated systems. The integration of crane-guided systems, radio shuttles, and autonomous mobile robots (AMRs) demands precise fabrication tolerance values down to the millimeter level.
Global demand for temperature-controlled storage has spiked cold chain expansion. Heavy-lift systems operating in sub-zero environments require specialized structural steel chemistry and zinc finishes (galvanized/powder-coated) to prevent embrittlement and surface rust.
A closer look at our 38,000 square meter facility's workflows. These stages demonstrate how we transform raw steel into high-capacity structures.
How we utilize structural physics and advanced simulation tools to ensure high-load capacity and long-term durability under heavy industrial operations.
Every racking configuration designed by Ningbo Xinyi is subjected to dynamic Finite Element Analysis (FEA). This allows our 28 R&D engineers to simulate maximum load deflection, seismic shifts, and lift-truck collision scenarios prior to tooling development.
Last year alone, our engineering department generated 185 unique custom configurations, tailoring seismic base plates, column shapes, and heavy horizontal beams for varying site requirements.
Using cold-formed steel engineering principles, we optimize the balance between structural weight and total load-bearing capacity. Our production processes focus on minimizing micro-fissures along bends, maintaining high structural strength throughout the frame.
Our quality assurance program is backed by 45 certified testing professionals. This program monitors the entire fabrication cycle, from raw material arrival to final packaging.
How we tailor high-load configurations to meet the operational demands of different industries worldwide.
We supply racking designed for low-temperature environments, using custom powder-coat formulations and structural steel grades that resist cold-temperature brittleness down to -30°C.
For high-throughput facilities, we offer modular racking configurations and manual transport carts. These units can be quickly reconfigured to adapt to changing inventory profiles.
We construct structural storage systems capable of supporting heavy dies, heavy sheet metal, and industrial components, using thick steel profiles and reinforced floor anchorage.
Complementary transport units, secondary shelving systems, and customizable platform systems designed to streamline daily warehouse operations.
Detailed technical, commercial, and engineering questions answered by our industrial design team.
Xinyi Racking