Some products the shop floor handles on its own. Others give it trouble. Pillows belong firmly in the second group. A pillow weighs between 400 and 900 grams, yet a stack of twenty takes up as much floor space as a fridge. It will not stack by itself because it deforms, it falls over at the first bump from a trolley and, to top it off, the shopper squeezes it with both hands before deciding and then puts it back wherever.
This article sets out the problems you have to solve when designing a cardboard display for pillows and, by extension, for the rest of bulky home textiles: duvets, covers, mattress protectors and multipack towels. At Euromon PLV we manufacture custom cardboard displays, and this category has rules of its own.
Why pillows break standard displays
Most POP structures are engineered around load. A display for canned goods or bottles has a clear problem of kilos per shelf. With pillows it is the exact opposite, and that contrast explains nearly every failure you see in store.
Plenty of volume, almost no weight
A 1.60 metre floor display packed with pillows may not reach 15 kilos of product. That means the unit carries no ballast of its own: the product does nothing to hold the structure down, unlike a case of cans on the bottom shelf. One draught from the automatic door, a trolley clipping the corner or a shopper leaning on it, and the display shifts.
The design consequence is straightforward. Stability has to be built into the base, not expected from the product. The answer is double-bottom bases, double-wall cardboard skirts that widen the footprint and, on tall formats, a ballast housing in the base or a fixing to the display pallet.
It is a deformable product
A pillow has no edges. Stacked vertically with no lateral containment, the stack bulges and collapses within hours. That is why many brands end up giving up on displays and going back to the wire cage or the shrink-wrapped pallet, which are effective but say nothing.
The cardboard answer is to divide the volume. Instead of one large opening, the unit is compartmented into vertical cells matching the exact width of the compressed product, with dividers reaching at least two thirds of the stack height. Each cell braces the next and the whole thing becomes self-stabilising.
Shoppers handle it and put it back badly
Buying a pillow is a tactile decision. Nobody buys firmness without squeezing it first. That turns the display into something handled dozens of times a day and restocked, in practice, by the shopper.
A design that only works right after the merchandiser has filled it is a bad design. The real test is different: if a shopper pulls a pillow out of the middle of the stack and shoves it back carelessly, the display still has to look presentable. Individual cells solve this better than any shelf, because putting the product back in its slot becomes the only convenient option.
Formats that work
There is no single format. It depends on the space allocated, the expected rotation and whether the pillow is vacuum-compressed in a bag or lofted.
Floor display with vertical cells
This is the reference format for a home textiles campaign in a large store. A floor unit between 1.40 and 1.80 metres, split into three or four vertical columns, each holding four to six bagged pillows.
It lets you present several SKUs side by side, which is exactly what this category needs since the decision is made by comparing firmness levels. The top header is generous and carries the range messaging.
Dump bin
The dump bin is the natural option for a single SKU on aggressive promotion, typically an entry-level pillow or a two-pack. Product piles up loose and that, far from being a flaw, is the message: this is about price.
Its limit is height. A tall bin full of light product is unstable and forces shoppers to rummage. Below 90 centimetres to the top rim it works well.
Tower or column for narrow aisles
When the allocated space is a gondola end or a narrow aisle, a square-section tower with front openings does the job. It takes up little footprint, gains volume through height, and the front openings stop the stack from bulging sideways.
Anchoring stops being optional here. A 1.80 metre tower holding 12 kilos of product on a 40 x 40 centimetre footprint needs base ballast or a fixing to the shelving.
Compressed or lofted, two different projects
This is the first question to settle in a brief of this kind, and the answer changes the entire display.
A vacuum-compressed pillow is a predictable brick. Its dimensions are stable, it stacks reasonably and it lets you size cells to the millimetre. The trade-off is that the shopper does not perceive the product, they see a package. The display has to make up for it with messaging, and sometimes with a sample unit out of its bag fixed to the structure.
A lofted pillow, uncompressed, sells itself because it can be seen and touched, but it is a structural headache. It takes up two to three times more room, its dimensions vary from unit to unit and the stack breaks down faster. For this case the cells are oversized by 15 to 20 per cent over the nominal dimension and the stack heights shortened.
In a well-planned project the usual answer is to combine both: the bulk of the stock compressed in the cells and one or two lofted units up top, at hand height, as a touch sample.
The product spec lives on the display
In this category the bag communicates poorly. It is printed to be seen face-on from a shelf, whereas on a display the product is seen edge-on or from above. If the display does not take over the communication, the shopper has no way to compare.
The information the structure has to resolve is short but non-negotiable:
- Firmness, on a clear scale legible from two metres. It is the primary decision criterion.
- Fill material, memory foam, hollow fibre, latex or down.
- Size, because several bed standards coexist and getting it wrong guarantees a return.
- Price per unit and per pack, when both exist.
On multi-SKU displays, assigning a flat colour to each firmness level and repeating it on the front of every cell is what helps legibility most. Shoppers find their column before reading a single word.
Manufacturing, assembly and logistics
Cardboard wins in this category for a practical reason that has nothing to do with design. Shipping a home textiles display is expensive because the product is bulky, so every litre saved on the structure counts.
A self-assembling display ships flat, takes up a fraction of a pallet and is set up in store by one person in a few minutes with no tools. Against an equivalent metal structure, the logistics cost gap across a rollout of several hundred stores is substantial.
The material decisions this application calls for:
- Double-wall board on the base, side panels and dividers. Single wall carries the weight easily, but it does not survive trolley knocks or repeated handling.
- Reinforced cell edges, which is where shoppers rest their hand when pulling product out and putting it back, and where wear shows first.
- High rub-resistance varnish on contact areas, because the in-store life of a textiles campaign tends to be long, six to twelve weeks.
On timings, a display in this family falls within the usual cardboard ranges set out in our guide to manufacturing lead times, with one caveat: the prototype matters more here than in other categories. With deformable product, drawings are not enough. You have to load the prototype with real product and leave it loaded for several days to see how the stack behaves.
What a brief in this category needs to include
To propose a pillow display with any rigour you need five pieces of information, and the first three are the ones most often forgotten.
- Real packed dimensions, not nominal ones. A 70 x 40 pillow compressed may measure 68 x 38 x 14, and those centimetres decide the cell.
- Weight per unit, to calculate the ballast requirement.
- Number of SKUs that have to coexist on the same unit.
- Space allocated in store and its nature, gondola end, main aisle or island.
- Campaign duration, which determines finish and reinforcement.
With that, a realistic structural proposal takes a few days. Without the packed dimensions, any figure we gave you would be invented.
Working on a home textiles project?
If you are preparing a campaign for pillows, duvets or home textiles and you need a structure that survives real in-store handling, we can study your product and propose a specific format with drawings and a prototype.
Frequently asked questions (FAQ)
Can cardboard hold a display full of pillows? Comfortably. Weight is never the problem in this category: a full column rarely exceeds 6 kilos. The challenge is stability against knocks and lateral containment of the product, and both are solved by the geometry of the base and the dividers, not by heavier board.
How many SKUs fit on a floor display? Three or four columns is the sensible maximum on a standard floor unit. Beyond that, cells drop below a comfortable handling width and shoppers stop pulling product out.
Is it better to display pillows compressed or lofted? Compressed for stock, lofted for the sample. Compressed gives you an orderly, predictable presentation; lofted is what sells, because the purchase decision is made by touch.
What can be done to stop the display tipping over? Widen the footprint with a perimeter skirt, lower the centre of gravity by concentrating product low down and, on tall formats, add ballast in the base or a fixing to the pallet or shelving.
Does the same display work for duvets? The structural logic is the same, the dimensions are not. A compressed duvet is considerably bulkier than a pillow and the stack takes less height. We design it from the same family of solutions with different cells.
Written by the marketing and production team at Euromon PLV. To discuss a home textiles project, contact our sales department at euromonplv.com.
