High-load capacities, intelligent modular design, and robust corrosion-resistant finishes engineered to optimize modern distribution and display floor layouts.
In an increasingly fast-paced global market, global logistical architectures are experiencing unprecedented transformation. The proliferation of automated e-commerce hubs, high-capacity cold chain networks, and complex manufacturing assemblies has changed the demands placed on spatial utility and hardware infrastructure. Industrial warehouse layouts are no longer passive facilities; they serve as dynamic, critical junctions where execution speed, process optimization, and extreme safety conditions intersect.
Achieving structural reliability requires deep expertise in materials engineering, metallurgy, and seismic mechanics. As load densities rise, low-grade fabrication and structural imperfections are unacceptable. Leading logistics planners, warehouse operators, and global distributors require heavy-duty warehousing systems engineered with high yield limits, extreme fatigue resistance, and robust finishes to endure demanding multi-shift schedules year after year.
“Maximum vertical utilization combined with zero structural deflection represents the absolute gold standard for contemporary industrial space engineering. Our modular approaches target this exact performance frontier.”
Addressing these complex distribution requirements demands the integration of advanced manufacturing infrastructure, strict quality control procedures, and localized structural design compliance. By combining material processing capability with structural engineering expertise, Chengdu CoreStorage Logistics Equipment Manufacturing Co., Ltd. provides storage solutions that convert physical footprints into scalable operational assets.
Demonstrating industrial capability through precision engineering, rigorous material testing, and extensive global distribution.
Established in 2016, Chengdu CoreStorage Logistics Equipment Manufacturing Co., Ltd. has grown to become a leading manufacturer of high-reliability storage and racking systems. Operating from a modern 22,000 m² factory floor, we integrate raw steel coil processing, precision stamping, robotic welding, and automated powder coating into a single, high-capacity production facility. By combining 11 years of manufacturing experience with 6 years of global trade operations, we support supply chains across Europe, South America, and the Middle East, generating an annual export revenue of over $15,000,000.
To ensure structural integrity under maximum load limits, our manufacturing processes comply with ISO 9001 and CE structural safety standards. Quality assurance is maintained by 28 skilled quality control inspectors utilizing advanced CMM automated dimensional & load stress testing. Operating as an integrated manufacturer and trading partner, we collaborate with 650 supply chain partners worldwide to deliver specialized industrial racking and retail display infrastructure to cold storage operations, high-capacity distribution networks, and automotive assembly facilities.
Under the hood of our vertically integrated manufacturing facility, showing the advanced processes that convert structural raw steel into high-yield racking components.
Our manufacturing capability relies on automation and process standardization. Utilizing automated roll-forming and CNC-controlled lines, we achieve consistent dimensional stability, minimal tolerances, and robust surface protection. By processing cold-rolled coils into structural sections under one roof, we eliminate intermediate transport delays and protect our clients from supply chain disruptions.
Automated high-precision cutting lines optimize raw material utilization and prepare structural steel sections.
High-speed mechanical punching systems produce consistent, repeatable connector patterns along the upright profiles.
Heavy mechanical stamping forms base plates and connectors, providing robust structural connections.
CNC press brakes bend and form sheet metal components, ensuring consistent profiles and precise assembly tolerances.
MIG/TIG welding operations assemble beams, baseplates, and bracing components.
Electrostatic powder coating lines apply a durable, scratch-resistant finish to all steel surfaces.
Secure export packaging minimizes transit vibration and protects components during global maritime shipping.
Precision robotic arms perform structural welding, producing uniform, high-strength joins.
High-wattage fiber laser cutting machines provide precise custom cuts for complex structural fittings.
Continuous curing line bonds polyester powder paint to clean steel substrates, offering reliable corrosion protection.
Dedicated automated beam welding machinery provides continuous seam welds along the load-bearing profiles.
CNC rotary cutting machinery produces precise cuts and profiles on tubular steel bracing elements.
High-capacity automated punching presses punch structural members, maintaining consistent alignment across production batches.
High-efficiency roll-forming line processes heavy-gauge coils into load-bearing profiles with consistent geometries.
Heavy-duty hydraulic press brakes process high-strength steel plate structures without fracturing.
Industrial MIG welding setups for heavy structural welding and customization.
Surface preparation machine removes mill scale and rust, optimizing paint adhesion for the powder coating process.
Adapting industrial storage infrastructure to meet the operational demands of specialized supply chains.
Cold storage operations require high structural density and reliability. Sub-zero temperatures change steel ductility, requiring specialized low-temperature carbon steels. We supply structural racking systems with corrosion-resistant galvanization, engineered to prevent structural embrittlement down to -30°C.
Automated distribution networks require tight alignment tolerances to prevent mechanical faults. Our manufacturing processes utilize CNC punch and press systems to ensure reliable horizontal beam and diagonal bracing alignment, preventing collisions and product damage.
Heavy industrial components require sturdy storage architectures. We manufacture heavy-duty roll-formed pallet racking systems with load capacities up to 1000kg per layer, featuring custom column profiles and adjustable beam heights to support concentrated loads.
Developing high-density, automated storage systems through continuous product engineering.
Led by our 18 R&D engineers, our engineering department designs systems focused on efficiency, structural performance, and sustainability. Last year alone, we released 28 new product designs, including high-capacity boltless shelving systems, heavy-duty modular supermarket racks, and specialized material storage frameworks. Our engineering focus includes:
Helping procurement teams navigate international trade standards and logistics procedures.
Procuring industrial racking internationally requires strict adherence to local safety and build standards. Structural calculations must comply with regional codes—such as EN 15512 in Europe or ANSI/RMI MH16.1 in North America. Our engineering department provides comprehensive CAD layouts, static calculations, and structural calculations to verify design safety before production begins.
To support smooth installation, we offer detailed installation documentation and onsite engineering support. Our logistics department coordinates shipping schedules, custom clearances, and container space utilization, minimizing transit costs to help control total cost of ownership (TCO).
Answering common questions about structural loads, customization, shipping, and quality assurance.
We primarily utilize high-tensile structural steel profiles conforming to Q235B and Q355B standards. Upright thickness ranges from 1.5mm to 2.5mm depending on load requirements, while load-bearing box beams utilize steel thicknesses from 1.5mm up to 2.0mm. Custom material allocations are engineered on request based on load calculations.
All structural designs undergo Finite Element Analysis (FEA) during development to model stress distribution and deflection limits. During production, our 28-person quality control department conducts CMM automated dimensional checks and load-stress testing. This process verifies that physical components sustain their rated capacities under safe loading margins.
We provide two primary surface finish systems: an electrostatic epoxy-polyester powder coating and hot-dip galvanization. The electrostatic powder coating provides resistance against impact, scratching, and chemical contact, while our hot-dip galvanized coating offers robust corrosion protection for cold storage and outdoor facilities.
Yes. Our 18 R&D engineers customize structural layouts to meet local seismic and building regulations. We optimize diagonal bracing patterns, modify upright profiles, and specify larger baseplates and anchor bolt patterns to meet structural requirements in seismically active regions.
Standard production lead times range from 20 to 35 days from technical sign-off and deposit receipt. This timeframe covers roll forming, stamping, robotic welding, powder coating, and export packing. Transit times vary depending on the destination port, and our logistics team coordinates shipping schedules to minimize delays.
High-capacity storage systems engineered to optimize warehouse space and retail floors.
CoreStorage
