Engineered structures tailored for high-volume storage, hypermarket logistics, and industrial storage efficiency.
Established in 2015, Shenzhen Runda Racking Manufacturing Co., Ltd. has grown to become a globally trusted designer and manufacturer specializing in heavy-duty industrial shelving, multi-tier platforms, and high-density warehouse storage systems. Backed by 11 years of structural engineering expertise and 9 years of direct export capabilities, we supply premium industrial racking systems to logistic parks, distribution centers, and manufacturing plants worldwide.
Operating from our modern 35,000 square meter factory, our manufacturing capabilities are supported by a network of over 1,200 trusted supply chain partners. Quality control and structure safety are the cornerstones of our operations. With a dedicated team of 35 QC professionals and 18 senior R&D engineers, we ensure that every platform, beam, and upright withstands rigorous raw material stress testing, load-bearing verification, and strict quality sampling processes.
Our business model focuses on custom OEM/ODM solutions, offering end-to-end design, FEA (Finite Element Analysis) structure calculations, and powder-coated finishing options to suit various environments. We leverage high-strength steel grades (such as Q235B and Q355B) to ensure long-term durability under heavy loads. Whether designing standard high-capacity pallet racking or complex, multi-tiered structural steel mezzanines, Runda delivers solutions optimized for safety, durability, and space utilization.
With major markets across North America, Western Europe, Southeast Asia, and the Middle East, we understand the regulatory and logistics requirements of global procurement, providing seamless shipment execution and localized technical layout guidelines.
A transparent showcase of our production workflow, utilizing advanced CNC machinery, robotic welding, and automated surface treatment.
Our manufacturing center operates CNC profile-forming lines and robotic structural welding. This guarantees tight structural tolerances, ensures uniform weld penetration, and maintains overall structural alignment for safety in high-density facilities.
Pioneering structural and material technologies to optimize high-capacity warehouse storage density and safety margins.
We are integrating micro-strain gauges and laser deflection sensors directly into main support columns and dynamic beams. This system tracks real-time platform loading profiles and structural fatigue. Automated alerts help prevent overload risks, simplifying maintenance audits in automated facilities.
Partnering with Tier-1 steel mills, we are testing micro-alloyed, high-yield steel formulations. This research aims to reduce the dead-weight of heavy-duty profiles by up to 15% while keeping equivalent load limits. Lower dead-weight reduces floor loading pressures and saves on ocean freight costs.
We are transitioning our automatic painting lines to eco-friendly, zero-VOC powder systems. These coatings provide excellent salt spray protection (up to 500 hours) and durability. The clean finish prevents chemical corrosion in temperature-controlled spaces and cold storage facilities.
Industrial configurations built to handle heavy loads, extreme cold, and automated workflows.
Engineered structures built to support high-density automated shuttle systems, stacker cranes, and vertical lifts. Stiff beam profiles and tight tolerances ensure reliable crane alignment at heights up to 30 meters.
Designed for sub-zero environments down to -30°C. We use Q355D steel grades combined with specialized low-temperature powder coatings to prevent cold embrittlement and resist moisture corrosion.
Heavy-duty layouts optimized for dense component storage, engine assemblies, and body panels. Extra-deep rack frames, heavy-duty guide rails, and impact protections protect stored products from forklift collisions.
Racking setups featuring custom spill containment decks, anti-spark decking surfaces, and chemical-resistant coatings. These designs meet environmental safety regulations for storing drums and hazmat materials.
Shenzhen Runda's main facility utilizes localized raw material sourcing near major steel hubs in Southern and Eastern China. This geographical layout ensures a consistent supply of certified high-grade structural steel (Q235B and Q355B), protecting production schedules from raw material supply shocks.
By automating the punch, roll-forming, and welding stages, we maintain high dimensional accuracy and minimize material waste. Our smart scheduling software coordinates production with shipping timetables, allowing us to load containers efficiently and reduce transit delays to global hubs.
Engineering compliance aligned with global safety standards for heavy-duty structural steel platforms.
Our structural design calculations follow European design standards for adjustable pallet racking systems. We use finite element analysis (FEA) to confirm stability limits, structural deflection ratios, and safety load factors under static load conditions.
We supply rack structures that comply with RMI guidelines. These structures include punch patterns, weld configurations, and column guard protections designed for standard material handling equipment in US distribution facilities.
For projects in active seismic zones, we provide dynamic seismic baseplates, heavy bracing structures, and thicker steel walls to help the racking absorb lateral load movements safely.
Key technical parameters for evaluating structural racking suppliers.
Always request mill test certificates verifying the yield strength and chemical composition of the Q235B or Q355B steel coils used in production.
Ensure the manufacturer utilizes robotic welding and performs dye penetrant or ultrasonic testing on major structural joints to prevent seam failures.
Request physical test reports demonstrating structural load capacities under static overload scenarios (typically 1.5x rating limit).
Review surface finish details. Outdoor or cold storage structures require a coating thickness of at least 70-80 microns to protect against corrosion.
Check calculations for column baseplates, anchor bolt patterns, and frame bracing spacing. These details are essential for maintaining lateral stability.
Ensure the beam deflection ratio complies with the L/200 standard under full working loads to prevent structural sag and preserve safety clearance limits.
A complete selection of storage equipment, commercial display systems, and logistics logistics racks.
Technical answers regarding project design, raw material standards, logistics, and quality assurance.
Runda Racking
