Engineered for architectural aesthetics, high load-bearing operations, and dynamic space configuration
Over 12 years of specialized engineering in commercial display systems and heavy structural steel racking
Established in 2014, Nanjing Everack Storage Equipment Co., Ltd. has developed into a premier global enterprise, combining over 12 years of core industry experience in structural display manufacturing and industrial racking systems. Headquartered in Nanjing's central manufacturing zone, our facility employs state-of-the-art automated production machinery, allowing us to supply large-scale logistics networks, commercial retail chains, and international wholesale distributors.
As a seasoned exporter with 9 years of direct supply chain integration, we service high-density storage facilities and prominent retail brands across North America, Western Europe, and Australia. Our engineering teams have established reliable distribution mechanisms, enabling our yearly export revenue to consistently exceed USD $28.5 million.
At Everack, our operational agility is backed by a robust supply chain network of over 1,200 upstream partners, from primary steel mills to professional powder suppliers. Our core client demographic includes major Third-Party Logistics (3PL) organizations, global e-commerce fulfillment hubs, automated cold storage facilities, and multinational supermarket operators.
Why modular display integration is the core of modern retail productivity and logistics layout planning
Slatwall displays represent a critical combination of physics and dynamic retail layout design. By utilizing high-density MDF core panels and engineered structural metal inserts (specifically aluminum alloy channels), slatwall systems distribute load vectors horizontally across the vertical plane. This eliminates single-point concentration stress, preventing catastrophic structural failures when hanging heavy retail merchandise.
From an organic architectural standpoint, our modular slatwall and gondola display units allow retail operators to alter layout configurations in minutes, without tools. Our structural panels feature precise T-groove paths spaced at standardized 3-inch or 2-inch intervals. This standardization allows integration with dozens of accessory formats, including steel wire baskets, heavy-duty display hooks, faceouts, acrylic bins, and shelving brackets.
In the post-pandemic commercial environment, the lines between B2C showrooms, micro-fulfillment centers, and high-volume wholesale warehouses have blurred. Retailers are deploying hybrid setups—often called "dark stores"—where display racking must simultaneously serve as commercial merchandising structures and heavy-duty order fulfillment shelving. Everack’s hybrid display racking systems are custom-engineered to meet this specific demand. By combining high-tensile steel frames with modular slatwall backing panels, we provide displays that offer premium commercial appeal alongside industrial load performance.
Our professional design engineering team leverages Finite Element Analysis (FEA) to model load capacities, seismic shifts, and material stress limits before production commences. This scientific engineering approach permits customization across many parameters:
Many discount suppliers utilize low-density particle boards that absorb moisture, causing swelling and eventual structural sagging under standard humidity conditions. Nanjing Everack uses high-density fiberboard (HDF) with a minimal density profile of 800 kg/m³, coated with protective melamine polymers. Combined with our heavy-gauge aluminum structural channel inserts, our slatwall panels exhibit up to 45% higher pull-out strength than traditional alternatives.
Rigorous quality control protocols compliant with ISO 9001, CE, and AS4084 structural guidelines
Nanjing Everack implements rigorous testing protocols across all stages of production. Our dedicated quality management department features 45 certified QC inspectors who enforce strict verification gates, from raw steel receipt to final containerized cargo dispatch.
Ultrasonic flaw detection and digital micrometer verification confirm steel thickness tolerances are within +/- 0.05mm of technical specifications.
Automated robotic weld paths undergo regular magnetic particle testing (MPT) to identify internal micro-fissures or weld porosity.
Hydraulic press arrays simulate static and dynamic heavy-load stress profiles to prove stability margins up to 1.5x nominal load ratings.
Cross-cut adhesion tests, digital coating thickness mapping, and salt-spray corrosion tests protect against moisture and rust.
A detailed look into the 34 manufacturing phases at Nanjing Everack's production facility
Engineered to meet specific regional safety certificates and building code parameters
Deploying storage and retail systems globally requires strict compliance with diverse regional safety standards. Everack structural systems are calculated and fabricated to meet these international building requirements:
Our shelving and mezzanine solutions conform to EN 15512 and FEM 10.2.02 structural codes, which specify testing rules for cold-formed steel members under dynamic load conditions. This compliance is essential for high-rack applications across EU logistics hubs.
For US and Canadian installations, structural calculations align with ANSI MH16.1 (Specification for the Design, Testing, and Utilization of Industrial Steel Storage Racks). We provide full structural PE (Professional Engineer) stamps for municipal building permits across multiple US states.
Our structural design parameters meet AS 4084 guidelines for steel storage racks, which govern tolerances during installation and define the structural inspection steps required for compliance in Oceania.
Our wood-panel products utilize low-emission bonding resins, meeting California Air Resources Board (CARB) Phase 2 and EPA TSCA Title VI standards for formaldehyde emissions. This ensures suitability for enclosed public retail environments.
Integrating smart technologies with structural storage displays to support omnichannel logistics
Modern retail inventory cycles demand that physical display racks adapt to smart technologies. At Nanjing Everack, our R&D roadmap is focused on developing products that integrate physical stability with digital systems:
Answers to common structural, logistics, and customization questions from retail and warehouse operators
Engineered for retail environments, checkouts, and high-volume grocery store operations
Everack