Maximize vertical space, simplify inventory tracking, and improve operational safety with our industrial shelving systems.
Analysis of global material handling paradigms, structural compliance, and optimized spatial configurations.
In an era characterized by dynamic supply chains and rapid digital transformation, warehouse facilities are no longer simple storage units. Modern facilities operate as central distribution nodes where physical performance directly determines global delivery reliability. Industrial shelving and pallet racking systems have transitioned from passive load-bearing elements into highly engineered, dynamic modules. The design and structural configuration of these storage configurations affect material handling throughput, worker safety, and spatial asset utilization.
Across the Americas, Europe, and Asia-Pacific regions, warehousing real estate costs have risen, driving operators to seek high-density logistics options. Utilizing selective, push-back, cantilever, and gravity flow pallet structures allows facilities to increase vertical storage volume while maintaining strict safety standards. By selecting the correct storage system configurations, logistics hubs can reduce travel times, improve product protection, and optimize overall warehouse efficiency.
Established in 2017, Dongguan Jinhui Storage Equipment Co., Ltd. is a specialized manufacturer of warehouse storage solutions and industrial racking systems in China. Over our 14 years of industry experience and 8 years of export experience, we have developed storage equipment suitable for warehouses, manufacturing facilities, logistics centers, supermarkets, and distribution hubs globally.
Our manufacturing facility spans over 18,600 square meters in Dongguan's manufacturing hub. This facility is equipped with automated production machinery, precision laser cutters, CNC punch presses, robotic welding systems, and electrostatic powder coating lines. These assets allow us to convert high-grade structural steel into storage components engineered to meet structural load standards.
Supported by a network of 980 supply chain partners, we maintain consistent access to quality raw steel. This allows us to offer stable product availability, reliable project delivery schedules, and competitive pricing. Our focus on quality and product development has driven our annual export revenue to approximately USD 16 million, supplying customers across more than 50 countries.
Industrial shelving must meet the functional demands of local logistics systems and regional regulatory frameworks. Different geographical regions and industry sectors present distinct storage requirements:
For logistics hubs managing thousands of fast-moving consumer product SKUs, speed of access is a primary metric. Our adjustable boltless metal shelves and selective pallet racks support high-frequency picking operations. These configurations allow fast, direct retrieval of single items or pallets while remaining compatible with automated warehouse management software.
Operating temperature-controlled facilities requires maximizing storage density to control refrigeration costs. Push-back and gravity flow systems allow dense, multi-deep pallet placement. These configurations help reduce the total refrigerated volume required per pallet position, lowering energy usage. We offer powder coatings designed to withstand thermal cycling and high-humidity environments.
Storing long, heavy, or non-standard profiles like steel tubes, lumber, and raw metal sheets requires structural cantilever racks. Designed using finite element analysis (FEA) to determine appropriate load limits, our cantilever racks keep heavy materials secure. They support manual loading as well as side-loader forklift access.
For industrial environments with high ceilings and limited floor space, our structural steel platforms and multi-tier mezzanine racks double or triple the usable floor area. These structures integrate with ground-level operations to support processing lines, assembly zones, or secondary office spaces.
Quality control is integrated into each stage of our manufacturing process. Our step-by-step production flow is designed to ensure structural consistency and component durability.
Our QA process uses specialized measurement instruments to verify dimensional accuracy and coating quality against technical tolerances. This verification helps confirm that final assemblies match engineering drawings.
Our quality assurance team of 46 experienced inspectors conducts testing throughout production. This includes monitoring base material specifications, verifying dimensional tolerances using precision calipers, measuring coating thickness, and evaluating structural welds. This process is designed to ensure consistent build quality across production batches.
The warehousing industry is transitioning from static storage configurations toward integration with semi-automated and automated systems. Over the past year, our team of 68 R&D engineers launched 126 new products and upgraded storage solutions. Our design work focuses on three primary development areas:
Developing high-tolerance racking systems designed to interface with stacker cranes, shuttle cars, and Automated Guided Vehicles (AGVs) for high-density storage facilities.
Designing dynamic pallet storage lines utilizing automated radio shuttles to load and unload goods, reducing forklift travel distances and increasing operational throughput.
Using optimized steel profiles and eco-friendly electrostatic powder coatings to provide corrosion resistance and load capacities in challenging environmental conditions.
Industrial shelving must comply with relevant safety regulations and structural codes to protect personnel and inventory. Our racking components are engineered to satisfy international standards based on local deployment requirements:
| Target Region | Applicable Structural Standard | Compliance Parameter Requirements |
|---|---|---|
| Europe | FEM 10.2.02 / EN 15512 | Verifies structural stability under seismic and static load limits. |
| North America | RMI (Rack Manufacturers Institute) Standard | Specifies impact resistance metrics, column base configurations, and upright design. |
| Australia | AS4084-2012 / AS4084.1:2020 | Details frame shear tests, beam deflection limits, and safety factor calculations. |
| International | ISO 9001:2015 System Certification | Governs our plant operations and manufacturing quality control procedures. |
We primarily use high-yield structural steel alloys such as Q235B and Q355B (equivalent to ASTM A36 and ASTM A572 Grade 50). These materials are chosen for their load-bearing characteristics, ductility, and performance under environmental stress.
Yes, our engineering team offers design services. We generate CAD floor plan configurations, load calculations, and 3D visualization models based on your warehouse layout, handling equipment specifications, and inventory turnover requirements.
We verify load ratings using finite element analysis (FEA) software simulations alongside physical weight testing. Upright frames and beams undergo structural load capacity testing, dimensional inspections, and weld testing before dispatch.
We use an automated powder coating process. The steel components undergo acid cleaning, phosphating, electrostatic powder deposition, and heat curing to create a durable, scratch-resistant surface suitable for standard industrial or cold storage conditions.
Select from our range of high-density, automated, and multi-tier structural installations.
Jinhui Storage Equipment
