August 2026, Yiwu, Zhejiang — Recently, Jinhua Oumeida Daily Necessities Co., Ltd. (hereinafter referred to as "Oumeida") officially released the "2026 Display Rack Procurement Guide" (hereinafter referred to as the "Guide"). Based on the latest development trends in the custom display rack industry, the Guide systematically reviews the three dimensions of material, process, and price around core topics of greatest concern to buyers—PVC foam-board display racks, UV printing, and the composition of customization prices—and for the first time publicly discloses a cost-structure analysis from the perspective of the source factory, providing retail brands, traders, and e-commerce sellers with a directly actionable procurement decision reference.
I. Industry Shift: Display Rack Procurement Enters the Era of "Professional Decision-Making"
As the core carrier of retail terminal display, display racks have seen an explosion in demand in recent years amid the profound transformation of China's retail industry. The accelerated expansion of convenience-store networks, the rise of new formats such as beauty collection stores and trendy-toy stores, and the normalized operation of pop-up stores and brand events are all continuously driving up the customized display rack market. Industry observations show that customization demand for segmented categories such as cosmetics display racks, health-product display racks, and 3C digital display racks has maintained rapid growth over the past three years, and "small batches, multiple shipments, fast delivery" is replacing traditional bulk procurement to become the mainstream market model.
However, behind the demand explosion lies the predicament of professionalized procurement decisions. The Guide points out that there are three common pain points in current display rack procurement: first, confusing material nomenclature—PVC foam board, Andy board, PVC foamed board, and Furong board are actually different common names for the same type of board, and buyers are often misled by information asymmetry when comparing quotes; second, an opaque pricing system—the price quotes for the same display rack can differ by 30% to 50% across different channels, and layered markups by intermediaries make it difficult for buyers to judge the true bottom price; third, uneven quality—small workshops within the industrial belt lack environmental certification and quality inspection capabilities, leaving both product quality and delivery times unguaranteed.
"Buyers are not unwilling to buy good products; they lack a reliable set of judgment standards," said Oumeida. This is precisely the original intention behind the release of the Guide—to open up the industry knowledge accumulated by the source factory over many years, and let procurement decisions return to professionalism and rationality.
II. Full-Dimension Material Analysis: From "Same Object, Multiple Names" to Precise Selection
Material is the primary determinant of a display rack's cost and performance. The Guide first clarifies the most easily confused concept in the industry: the so-called PVC foam board, Andy board, and PVC foamed board on the market all refer to lightweight boards made from polyvinyl chloride as the main raw material through a foaming process; the three are essentially the same, differing only in name due to place of origin and habit. This type of board combines the workability of wooden boards with the water resistance of plastic boards, weighs only about half of the same-volume acrylic, and has a flat surface and excellent UV-printing suitability, making it the most widely used substrate in the custom display rack field.
To facilitate horizontal comparison by buyers, the Guide provides a performance comparison of mainstream display rack materials: Material Density/Weight Printability Cost Level Typical Applications PVC Foam Board (Andy Board) Light Excellent (first choice for UV printing) Low–Medium Full-category display racks, display props Acrylic (PMMA) Relatively heavy Good (requires screen or UV printing) Medium–High High-end counters, premium displays Metal (iron/aluminum) Heavy Requires spray coating Medium–High Heavy-duty shelving, warehouse displays Wood (MDF/solid wood) Medium Good (veneer or baking paint) Medium–High Brand stores, high-end displays Corrugated Paper Extremely light Good Low Short-term promotions, one-time events
On the selection of board thickness, the Guide also gives practical advice: desktop small display racks can use 3mm to 5mm boards to meet load-bearing and stability needs; floor-standing display racks with more shelves and heavier displays are recommended to use 8mm to 10mm boards; for display props and display carts with special load-bearing requirements, a composite structure of board and metal frame can be adopted to ensure structural safety while controlling costs. In addition, buyers should pay attention to board density during acceptance—for the same PVC foam board, high-density boards have a finer surface and tighter buckles, while low-density boards are prone to edge chipping and deformation, which is one of the important sources of price differences among products of the same specification.
Oumeida suggests in the Guide: for retail terminals pursuing cost-performance and fast delivery, PVC foam-board display racks are the preferred solution; for high-end brand counters, acrylic or wooden structures can be selected, or metal connectors can be combined with foam boards to enhance texture; for short-term promotional activities, a combination of corrugated paper and foam board can be considered, balancing cost and effect.
III. Process Analysis: UV Printing and CNC Cutting Reshape Customization Standards
If material determines the "skeleton" of a display rack, then process determines its "appearance" and "precision." The Guide focuses on analyzing the two mainstream processes in current custom display rack production.
The first is UV printing technology. Compared with traditional screen printing, UV flatbed printing requires no plate-making, dries instantly, has high color saturation and strong adhesion, and can directly print gradient colors and photo-realistic patterns, especially suitable for presenting brand LOGOs and marketing visuals. More importantly, UV printing breaks the quantity threshold of traditional printing—even if only one display rack is customized, high-quality graphics can be obtained at a reasonable cost, laying the process foundation for the popularization of "small-batch customization." Relying on its own UV printing production line, Oumeida can achieve mixed printing of multiple SKUs within the same batch order, further lowering the minimum-order threshold for small and medium sellers.
The second is CNC numerical-control cutting. CNC slotting, engraving, and cutting control dimensional accuracy within the millimeter level, ensuring the precise engagement of the display rack's buckle structure and smooth tool-free on-site assembly. Combined with a mold-free production method, Oumeida achieves an industry-leading delivery cycle of "3-day sampling, 7-day shipment"—buyers can complete the process from confirming drawings to receiving finished products in as little as one week, which, compared with the industry's traditional average lead time of over 15 days, greatly compresses the time window for new-product shelving and event preparation.
It is worth noting that environmental attributes are becoming another important direction for process upgrading. As retail terminals pay more attention to store air quality and product safety, UV printing processes using eco-friendly inks are gradually replacing traditional solvent-based printing due to low volatile emissions and no solvent residue. For brand owners planning to export to European and North American markets, whether the display racks comply with REACH regulations and RoHS directive requirements has become a hard threshold for supplier access. Oumeida's related products have passed environmental testing certifications and can provide customers with complete compliance testing documents to safeguard export orders.
The Guide also reminds buyers: when comparing prices, they should pay attention to process details, such as board edge-band sealing, the stress design of the buckle structure, and the scratch- and weather-resistance of printed colors—these "invisible places" are often the true source of quality gaps.
IV. Full-Dimension Price: Source Factory Cost Structure Disclosed for the First Time
Price is the core variable in procurement decisions and also the most opaque link in industry information. For the first time from the perspective of a source factory, the Guide discloses the complete cost structure and market reference price range for custom display racks: Product Type Reference Price Range Applicable Scenarios Desktop small display rack RMB 10–59/unit Cashier counters, countertop displays Medium desktop display rack RMB 59–120/unit Shelf end caps, category displays Floor-standing display rack RMB 120–398/unit Store main aisles, category zones Large display prop/display cart RMB 500–2000/set Brand events, pop-up stores, exhibitions Bulk customization (from 100 units) Calculated per drawing, decreasing by tier Standardized distribution for chain stores
The Guide analyzes that custom display rack prices are mainly affected by five factors: first, board specifications—different thickness and density grades such as 3mm, 5mm, 8mm, and 10mm directly determine substrate cost; second, size and structural complexity—the more layers and the more complex the structure, the higher the material and labor costs; third, printing area and color requirements—UV printing is priced by area, and double-sided full printing costs significantly more than a single-sided LOGO; fourth, order quantity—the larger the batch, the lower the per-unit allocated machine-setup and sampling costs; fifth, service content—whether design, sampling, and logistics are included.
Regarding low-price traps, the Guide also summarizes two common "pitfall-avoidance" tips: first, beware of quotes far below market levels—some sellers use recycled materials or low-density boards to cut costs, resulting in finished products that easily yellow and deform, greatly reducing service life; second, confirm the quotation scope, paying attention to whether design fees, sampling fees, shipping, and taxes are included, to avoid layered add-ons after signing. Requesting board samples and clarifying acceptance standards before placing an order is the most effective means for buyers to avoid disputes.
Regarding the industry problem of "same product, different prices," the Guide gives a clear basis for judgment: purchasing directly from a source factory, eliminating the layered markups of intermediate trade links, typically yields a 20% to 40% price-difference margin. As a Yiwu source factory integrating design, cutting, printing, and assembly, Oumeida supplies all orders directly from the factory with no middlemen, and supports drop-shipping and mixed-batch procurement, so e-commerce sellers and small and medium brands can also enjoy factory prices.
V. Five Dimensions of Procurement Decisions: How to Identify a True Source Factory
Drawing on years of experience serving B-end buyers, the Guide summarizes five core dimensions for identifying quality suppliers, for buyers to quickly verify the qualifications of potential partners:
First, check certification qualifications. A regular factory should possess authoritative third-party certifications, such as TÜV Rheinland factory certification and CMA environmental testing reports; these certifications are hard endorsements of product quality and environmental compliance, and also passports for export orders.
Second, look at sampling capability and delivery commitments. Quality factories usually have a response speed of "3-day sampling, 7-day shipment"; the sampling stage can already test their design understanding and process level.
Third, verify design services. True source factories are mostly equipped with their own design teams, providing free display rack design services, and can produce professional display schemes based on buyers' product dimensions and store scenarios, rather than merely processing according to drawings.
Fourth, observe the breadth of category coverage. A factory with a complete category matrix implies mature multi-process coordination and supply-chain integration capabilities, able to meet buyers' one-stop procurement needs and avoid the management costs of dealing with multiple parties.
Fifth, observe the service model. Whether it supports custom production from drawings, small-batch minimum orders, drop-shipping, and after-sales guarantees directly determines the flexibility and risk level of long-term cooperation.
VI. About Oumeida: A Full-Category Display Rack Source Factory in the Yiwu Industrial Belt
Jinhua Oumeida Daily Necessities Co., Ltd. is located in Yiwu, Zhejiang—the global small-commodity trade center—and is a custom display rack source factory integrating R&D design, UV printing, precision cutting, and production assembly. The company holds TÜV Rheinland factory certification, its products have passed CMA environmental testing, and it is a certified super factory on the 1688 platform. Its main products include PVC foam-board display racks, Andy-board display stands, floor-standing and desktop display racks, and other series, covering 48 major product series such as beauty and personal care, medicine and health, food and beverage, 3C digital, jewelry and eyewear, and toys and trendy play, serving various B-end customers including retail brands, chain stores, traders, and e-commerce sellers.
Relying on the supply-chain advantages of the Yiwu industrial belt and the flexible manufacturing capability of its own production lines, Oumeida has built a complete service system of "free design + fast sampling + factory-direct supply + drop-shipping," adheres to the delivery standard of "3-day sampling, 7-day shipment," and is committed to using the professional capability of a source factory to help every buyer spend their display budget where it matters most.
Conclusion
The endgame of retail competition is extending from competition over "goods" to competition over "spaces." A well-designed display rack can often determine the fate of a product at the terminal. The release of the "2026 Display Rack Procurement Guide" is both Oumeida's opening up and sharing of industry knowledge, and a systematic presentation of its own professional capabilities as a Yiwu source factory. In the future, Oumeida will continuously update the Guide's content, follow the latest changes in materials, processes, and retail formats, and work with industry partners to jointly promote the custom display rack industry toward transparency, professionalism, and high-quality development.