High-capacity structural steel systems engineered to optimize vertical density and high-throughput retrieval environments.
Bridging the gap between ultra-heavy warehousing and manual picking operations with highly configurable configurations.
In modern industrial logistics, static footprints must yield dynamic volumetric efficiency. Medium-duty storage systems act as the primary operational backbone for distribution centers, manufacturing assembly lines, and high-density fulfillment hubs. Standardizing storage configurations while keeping systems modular is crucial for minimizing structural deflection, keeping pick times low, and ensuring load-path security under seismic or environmental forces.
By using precision roll-formed cold-rolled steel profiles, such as Q235B and Q355B structural steel, medium-duty rack configurations handle loads ranging from 300kg to over 1000kg per level. This setup allows systems to easily support high-density parts storage, garment hanging configurations, and hybrid mezzanine integration without needing the massive footprint or high costs of heavy pallet racking.
Multi-tier mezzanine floor installations utilize overhead airspace, effectively doubling or tripling facility floor layouts without extending the physical outer building footprint.
Boltless structural connections and adjustable beams allow rapid reconfiguration of shelves, accommodating ever-changing stock keeping units (SKUs) and picking styles.
Integrated anti-collapse steel mesh, sturdy safety barriers, column guard rails, and seismic anchor plates protect both personnel and valuable inventory assets.
How industrial hubs adapt storage parameters to combat rising real estate costs and dynamic supply chain demands.
The global warehousing landscape is going through a massive shift. In areas like North America, Western Europe, and Asia-Pacific, industrial space costs are rising rapidly, forcing operations to prioritize high-density configurations. This demand has accelerated the shift away from basic, single-level warehouse layouts toward multi-level storage, structured industrial mezzanines, and smart semi-automated storage systems.
Additionally, the rapid growth of e-commerce has made fast, accurate item picking essential. Medium-duty storage structures form the critical baseline infrastructure for these operations. Their open-access frame layouts easily integrate with pick-to-light hardware, automated guided vehicles (AGVs), and overhead conveyor systems, ensuring operations stay flexible and future-proof.
Dongguan Kimsuk Shelves Co., Ltd. — Delivering robust logistics infrastructure globally.
Founded in 2015, Dongguan Kimsuk Shelves Co., Ltd. is a premier manufacturer specializing in heavy-duty industrial warehouse racking systems, automated storage solutions, and customizable steel shelving. Spanning a state-of-the-art production facility of 38,000 square meters, Kimsuk combines advanced manufacturing infrastructure with high-precision engineering to deliver robust logistics and warehousing infrastructure globally.
Established Year: 2015
Facility Area: 38,000 m²
Annual Export Revenue: $28,000,000 USD
Export Experience: 8+ Years
Industry Experience: 15+ Years
Quality Control Team: 35 Certified QC Inspectors
R&D Engineers: 18 Senior Structural Engineers
New Products Released: 48 designs last year
Primary Export Markets: North America, Western Europe, Southeast Asia, Australia, Middle East
Target Clients: Logistics Hubs, E-commerce Fulfillment Centers, Cold Chains, 3PL Operators
Our quality management system complies with ISO 9001:2015, CE Standard Compliance, and strict load-bearing safety certifications. We ensure structural reliability using a comprehensive range of testing equipment and methods:
Aligning structural designs with global regional building codes and rigorous safety standards.
A key challenge in implementing industrial storage is navigating the diverse building codes and safety regulations across different countries. At Kimsuk, we address these variations during the design phase. We construct our racking structures to meet regional standards, including RMI (ANSI MH16.1) in the United States, FEM 10.2.02 across European countries, and AS4084-2012 in Australia and New Zealand.
For operations in seismically active regions, we run comprehensive Finite Element Analysis (FEA) to simulate earthquake loads. We then customize column profiles, add heavy-duty diagonal bracing, and supply oversized floor baseplates to handle the dynamic forces. From initial site evaluation to structural calculations and custom engineering, Kimsuk ensures your systems are fully compliant and safe for operation.
We provide comprehensive engineering calculations, load charts, and structural drawings to speed up local building permit approvals.
Custom structural upgrades featuring high-yield baseplates and floor anchors, built to withstand dynamic seismic activity.
We work with international logistics integrators to offer professional on-site installation, supervision, and inspection support.
Real-world examples of medium-duty racking systems optimizing operational workflows across industries.
In high-speed sorting facilities, we install multi-tier boltless racking networks alongside conveyor lanes. These layouts allow hand-picking operations to run smoothly and minimize pick errors, even with complex, high-SKU inventories.
Heavy, irregularly shaped components require robust, specialized storage. Our cantilever and longspan shelving systems are engineered to hold tires, metal castings, and exhaust components safely while keeping them easy to access.
Cold storage space is expensive to build and run. We supply custom racking systems with specialized corrosion-resistant powder coatings or hot-dip galvanized finishes. These maintain their structural integrity at temperatures down to -30°C.
Pioneering green production, robotic welding automation, and intelligent inventory tracking.
As modern warehousing shifts toward automation and smart supply chains, the physical storage infrastructure must evolve. The next generation of industrial racking systems goes beyond simple steel structures. We are designing new systems that function as smart, connected nodes within automated facilities, improving real-time tracking, safety monitoring, and logistics workflow integration.
Integrating strain gauges and vibration sensors directly into columns and support beams. This provides warehouse managers with real-time feedback on structural loads, warns of potential overloading, and monitors impact damage.
Pioneering eco-friendly production methods. We use recycled steel alloys and apply powder coatings that release zero volatile organic compounds (VOCs), helping clients hit their sustainability targets.
Redesigning beam profiles and connection slots to match automated shuttle systems and picking robots, minimizing mechanical wear and positioning errors.
Heavy-duty wire containers, industrial-grade shelving units, and high-capacity safety racking.
Technical answers to common engineering, procurement, and safety design questions.
Kimsuk Racking
