Industrial grade racking engineered for optimized footprint utilization, structural safety, and high-performance operations.
How modular, OEM/ODM customized steel structures are redefining supply chain efficiency and product accessibility globally.
Modern industrial operations face mounting land valuation constraints. The transition from selective racking layouts to Very Narrow Aisle (VNA), Double Deep, and Automated Storage & Retrieval System (AS/RS) frameworks is critical for maximizing vertical cubic volume. Standard warehouse space utilization can be amplified by up to 60% with structurally engineered VNA designs.
Engineering compliance forms the baseline of workplace safety in logistics. Adapting steel alloys like Q235B and Q355B via advanced cold-formed profiling ensures reliable structural response. Conforming to standards such as the Rack Manufacturers Institute (RMI) guidelines, EN 15512, and AS4084 is mandatory for seismic mitigation and long-term mechanical safety under load.
Commercial grocery and hypermarket displays demand versatile and ergonomic shelving systems. High-traffic environments rely on modular gondola rack configurations that support rapid store resets and high load capacities. Durable, electrostatic powder-coated surfaces prevent oxidation, ensuring long life cycles in retail floor applications.
Supply chain integration increasingly relies on FIFO (First-In, First-Out) gravity flow systems and automated carton flow racks. Integrating steel platforms and multi-level mezzanine systems directly with conveyor machinery enables seamless fulfillment processing, cutting down structural floor-footprint requirements while expediting SKU picking speeds.
Evaluating the operational risks, engineering specifications, and sourcing parameters essential for global industrial project success.
For international procurement teams, material reliability represents a key KPI. Nanjing Ciho Racks implements rigorous steel batch tracking, securing mill test certificates (MTC) for all incoming raw materials. Advanced stress and finite element analysis (FEA) are deployed during the design phase to calculate safety margins and avoid deformative structural failures under load.
Procurement goes beyond initial production costs. Freight volume optimization through smart component packaging, simplified boltless structures for quick field assembly, and corrosion-resistant powder coatings significantly reduce the long-term cost of ownership. Partnering with a manufacturer offering comprehensive engineering support ensures racking safety compliance and low operational maintenance costs.
A professional manufacturer and supplier specializing in high-performance warehouse storage systems and heavy-duty industrial racking solutions.
Nanjing Ciho Racks Co., Ltd. stands as a premier manufacturer of high-reliability warehouse storage solutions. Leveraging advanced technology and robust steel supply chains, we engineer selective pallet racks, drive-in systems, cantilever structures, mezzanine platforms, carton flow arrays, and commercial display shelves. Our products optimize material handling and storage across distribution centers, e-commerce centers, and heavy manufacturing facilities globally.
We prioritize structural safety and material quality. From product concept and FEA structural design to raw material sourcing and final quality control, each production step complies with international quality standards. Our expert engineering team partners with clients to design customized storage layouts tailored to load specifications, facility dimensions, and budget goals.
Our Mission: To optimize warehouse space and improve logistics efficiency by providing innovative, safe, and reliable storage solutions for customers around the world.
Tailored structural designs to meet the load requirements, accessibility needs, and inventory turns of diverse industries.
Integrating high-load selective pallet racking and cantilever systems for heavy steel, raw metal coils, and heavy assembly components. Structural profiles are calculations-validated to prevent load-shifting or deformation, ensuring plant safety.
Implementing multi-tier mezzanine floors and carton flow racks. These systems partition packing processes from storage, support swift hand-picking workflows, and improve SKU access times in dense distribution centers.
Utilizing hot-dip galvanized racking, drive-in racking, and mobile racking to withstand cold temperatures (down to -30°C). Resistant to corrosion, these systems prevent mold and bacterial growth, maintaining sanitization standards.
Our modern manufacturing facility utilizes automated systems and strict quality controls to produce durable, high-precision racking components.
Sourcing structural steel coils (Q235B/Q355B) from major domestic steel mills. All batches are verified for mechanical performance and chemical properties.
Cold roll-forming lines shape the steel coils into upright columns and load-bearing beams. This method ensures high structural yield strength and minimal profile tolerance.
Automated sawing machinery cuts the rolled profiles to design lengths. Clean cuts prevent structural alignment offsets during site assembly.
Manual and robotic welding lines secure connectors to beam bodies. Continuous weld beads prevent fatigue cracks under dynamic and static loads.
Multi-stage pre-treatment, including pickling, phosphating, and electrostatic epoxy powder coating, ensures strong surface adhesion and rust resistance.
High-temperature thermal curing tunnels bake the powder coatings. This creates a hard, scratch-resistant barrier that protects against environmental wear.
Strict dimensional checks and coating-thickness tests are executed. Components are wrapped with heavy plastic banding and foam barriers to prevent transit damage.
Finished structures are organized inside our climate-controlled dispatch warehouse. This ensures quick container loading and smooth shipping processes.
Automated cold roll-forming machines utilize CNC profile controls. These produce highly consistent upright and beam sections, ensuring accurate structural geometries.
Multi-axis robotic welding cells execute clean, consistent weld joints on connectors. This process guarantees deep penetration and reduces welding spatter.
CNC press brakes bend metal decking, wire mesh channels, and safety guards. These machines ensure tight tolerances and consistent angles across all structural components.
Nanjing Ciho Racks products are designed to meet global safety standards, including EN 15512, RMI, and AS4084 specifications.
Every racking system is analyzed based on site-specific parameters, such as seismic activity zones, concrete slab load limits, and maximum pallet weights. Using advanced Finite Element Analysis (FEA) software, we calculate stress concentration points and optimize beam-to-column connections. This process ensures the racking structures can handle dynamic stresses and forklift impacts.
We manufacture racking systems in compliance with European Standard EN 15512 (Steel static storage systems), US Rack Manufacturers Institute (RMI) standards, and Australian Standard AS4084. Adhering to these design codes helps our clients secure building permits, lower insurance risk premiums, and maintain safe operations in their facilities.
We are advancing manufacturing with carbon-reduced steel, eco-friendly coatings, and smart IoT tracking systems.
Our future racking designs focus on the strict tolerances required by high-speed Automated Storage and Retrieval Systems (AS/RS). Our high-precision beam levels and column straightness support autonomous cranes and shuttle carts, reducing system wear and downtime.
We work closely with steel mills to transition to carbon-reduced steel plates and high-solid, lead-free powder coatings. These efforts help reduce the environmental impact of our production processes, supporting our global partners' green supply chain goals.
We are developing racking systems integrated with strain-gauge sensors. These sensors monitor load changes and impacts from material handling equipment in real-time, sending alerts before overload situations or structural failures occur.
Answers to common structural engineering, custom OEM design, and international shipping questions.
Engineered heavy-duty systems designed for industrial load requirements and high-density material handling.
Ciho Racks
