Shelf-ready PDQ trays of folded 250gsm polyester flannel fleece throws beside export cartons in a textile packing area

Start with the sellable unit and the Incoterm boundary

For a drugstore chain, the commercial unit is usually throw + retail wrap + barcode + PDQ position + export-pack logic, not the blanket by itself. A common size is 127 x 152cm finished, though some programs move to 130 x 160cm. At a true 250gsm finished, textile net weight is about 483g for 127 x 152cm and about 520g for 130 x 160cm before paper band, optional polybag, ticket, or tray allocation.

Use the Incoterm precisely. Under FOB Xiamen, Incoterms 2020, the seller clears the goods for export and delivers them on board the nominated vessel at Xiamen. In practice, many Chinese export quotes also bundle inland haulage, customs declaration, document handling, and some terminal-related local charges into the seller's FOB build, but that allocation is commercial practice, not something buyers should assume from the word FOB alone. Ask for each local charge to be listed. If the quote says FOB and still leaves inland haulage, customs docs, or loading as TBD, your comparison set is not normalized. Related scope logic is covered in EXW vs FOB cost items and custom blanket lead times shipping.

For compact fleece throws, many suppliers prefer a floor-loaded 40HQ basis because export pallets reduce usable cube. The loss is program-dependent rather than fixed; on blanket cartons of this size, a practical planning range is often around 8-15% depending on pallet footprint, maximum stack height, overhang rules, and whether the destination DC requires full pallet labels or corner boards. Do not compare a palletized FOB quote with a floor-loaded FOB quote without restating the unit yield. Require the quote to state floor loaded or palletized export explicitly.

Before RFQ, lock these assumptions in writing: finished size tolerance, finished GSM tolerance and test basis, folded pack dimensions in packed state, units per PDQ, PDQ per master, master carton size and gross-weight cap, barcode carrier, and loading basis. Most quote disputes later trace back to one of those fields being left open.

Specify the textile narrowly: construction, GSM basis, and failure modes

This article category should be specified as 100% polyester warp-knit flannel fleece, dyed, brushed, and sheared to a short pile. Avoid open wording such as 'soft fleece' or 'Raschel or similar'. The commercially relevant variables are warp-knit flannel construction, pile height after shearing, width stability after finishing, and bulk after folding. A vague fibre-only description lets mills substitute to a lighter base cloth, a more aggressive shearing recipe, or a different finishing balance that changes both handfeel and PDQ thickness.

Convert GSM into weight immediately. A 127 x 152cm throw has an area of about 1.930m2. At 250gsm finished, theoretical finished textile mass is about 0.483kg. A 130 x 160cm throw is about 2.080m2, so finished textile mass is about 0.520kg. If the tolerance is +/-5%, the textile-only weight swing is about +/-24g on the smaller size and +/-26g on the larger size. That is enough to shift both material cost and container packing density.

Buyers also need to separate finished GSM control from fabric issuance basis. Some suppliers quote against finished weight; others quietly build their fabric cost against a greige or issued-weight assumption that includes finishing loss. For flannel fleece, a planning allowance of roughly 5-9% from issued fabric to finished shipped textile is common, depending on brushing intensity, shearing depth, width loss, end loss, and cutting efficiency. That range is not universal, so require the quote to state one of these wordings: 'priced on finished shipped weight basis' or 'priced on issued fabric basis, planning loss X%'. Without that sentence, two suppliers can quote the same nominal 250gsm product from different cost bases.

Typical failure modes in this program are predictable. Low pile density gives a hollow hand and earlier base exposure. Over-shearing improves first-touch softness but increases linting, shade change on fold lines, and thin-looking areas. Poor width control changes packed thickness and breaks tray count. Dull knife cutting can leave notches or wavy perimeters. For adjacent fabric-control topics, see flannel fleece order controls, knife-cut flannel edge risk, and blanket quality control inspection.

Write tolerances that actually control production

For promotional fleece throws, the PO should state both the nominal value and the measurement condition. A practical size line is: 127 x 152cm finished after production, measured laid flat without stretch after 24 hours conditioning, tolerance +/-2cm in each direction. Without the conditioning and lay-flat wording, size disputes are common because brushed fleece recovers differently after packing compression.

For GSM, write the basis exactly. A workable line is: 250gsm finished average, tolerance +/-5%, measured on conditioned finished fabric or finished product average as agreed in pre-production standard. If you want quote comparability, add: supplier to declare whether fabric consumption is costed on finished shipped basis or issued greige basis. That one sentence eliminates a common source of quote mismatch.

Edge finish changes both cost and tray geometry. Knife-cut edges save CM cost and reduce bulk, but the visual perimeter is less controlled. A sewn hem, often 6-10mm hem depth at about 8-10 SPI, improves edge appearance but adds labour, thread, and folded thickness. On tight PDQ programs, that extra bulk can be enough to change the pack from a viable 12-count tray to a safer 10-count tray.

For folded packs, write a packed-state spec, not just a photo. Example: 31 x 26 x 7.0cm packed state, tolerance +/-1cm on length and width, +/-0.5cm on thickness. Thickness is the controlling number for tray fill, master height, and shelf-face consistency. If packed thickness is not toleranced, suppliers may still ship an acceptable blanket but an unworkable retail display unit.

Worked FOB Xiamen model with explicit line items

Below is a buyer-planning model, not a market commitment. Assumptions: 127 x 152cm finished, 250gsm finished actual target, solid-dyed polyester warp-knit flannel fleece, knife-cut edge, printed paper belly band, optional plain retail polybag, 10 units per PDQ, 2 PDQs per master, 20 units per master, floor-loaded 40HQ, and a production quantity high enough that packaging is not priced as a micro-run.

Mid-case cost assumptions used here: dyed and finished flannel fleece USD 2.40/kg; planning issued weight 0.517kg/unit; cut-pack labour USD 0.20/unit; thread and minor trims USD 0.02/unit; care and content label USD 0.01/unit; printed belly band USD 0.04/unit; optional plain polybag with suffocation warning if required USD 0.03/unit; printed PDQ tray USD 1.10 per tray; master carton USD 1.00 each; packing labour for folding, banding, tray loading and carton sealing USD 0.03/unit; inland haulage to Xiamen USD 0.03/unit; export docs and customs declaration USD 0.015/unit; loading and local terminal-side export allocation USD 0.015/unit. Those last three items should always be listed separately on the quote even if the supplier offers a single FOB number.

The subtotal logic is straightforward. Fabric is 0.517kg x USD 2.40 = USD 1.24/unit. PDQ cost allocation is USD 1.10 divided by 10 = USD 0.11/unit. Master carton cost allocation is USD 1.00 divided by 20 = USD 0.05/unit. This yields the following sample FOB build.

| | Cost line | Sample basis | Amount | | --- | --- | --- | | Fabric | 0.517kg issued basis x USD 2.40/kg | USD 1.24/unit | | Cut and pack CM | knife-cut, standard fold | USD 0.20/unit | | Thread and minor trims | thread, tape, sundries | USD 0.02/unit | | Care/content label | one sew-in label | USD 0.01/unit | | Belly band | printed paper band | USD 0.04/unit | | Optional polybag | plain bag, warning print | USD 0.03/unit | | PDQ tray | USD 1.10/tray divided by 10 | USD 0.11/unit | | Master carton | USD 1.00/carton divided by 20 | USD 0.05/unit | | Packing labour | banding, tray loading, carton packing | USD 0.03/unit | | Inland haulage to Xiamen | shipment-scale allocation | USD 0.03/unit | | Export docs/customs | declaration and docs allocation | USD 0.015/unit | | Loading/local export handling allocation | quote-specific allocation | USD 0.015/unit | | Total sample FOB | FOB Xiamen planning value | USD 1.79/unit |

That USD 1.79/unit is a mid-case reference, not a fixed market band. If the supplier quotes meaningfully below it, check for one of four omissions: polybag excluded, PDQ underbuilt, GSM costed on finished basis but produced lighter, or local export charges left outside FOB. If the quote is materially above it, check whether the mill is using a higher fleece cost per kg, a heavier fold, a sewn hem, stronger PDQ board, or smaller order quantity. For related pricing logic, see MOQ and pricing trade-offs and FOB Xiamen PDQ ordering logic.

Sensitivity checks buyers should run before approving the quote

The first sensitivity is GSM drift. If the actual finished GSM rises from 250gsm to 262gsm, textile weight on a 127 x 152cm throw rises from about 483g to about 506g. Using the same issued-basis loss logic, planned consumption could move from roughly 0.517kg to around 0.541kg. At USD 2.40/kg, that adds about USD 0.06/unit before the effect on packed thickness and container yield.

The second sensitivity is tray count. If the fold thickens enough that the program must move from 12 units/PDQ to 10 units/PDQ, PDQ cost per unit rises even if tray cost stays similar. Example: a tray costing USD 1.12 at 12-count is about USD 0.093/unit; a tray costing USD 1.10 at 10-count is USD 0.11/unit. The dollar difference looks small, but the larger effect is lower units per master and lower units per container.

The third sensitivity is mixed-colour assortment. If a retailer wants multiple colours in equal ratios and the mill cannot run full shade lots efficiently, labour and fabric utilization can worsen. On flannel fleece this usually shows up as either a small surcharge, a higher MOQ per shade, or a looser shade-band allowance unless lab dip approval is tightly managed. Shade continuity matters more on a shelf-facing PDQ program than on a plain bulk shipper.

PDQ decision rules: 10-count vs 12-count with simple formulas

PDQ engineering should be treated as arithmetic, not as artwork. Start from packed throw dimensions. Using the example packed footprint of about 31 x 26cm, the tray internal length and width need practical clearance for insertion and board caliper. A reasonable starting point is tray internal L = folded length + 1.0-1.5cm and tray internal W = folded width + 0.8-1.2cm. Tray internal height then depends on stack count and packed thickness.

Use this simple formula for tray height planning: tray internal height = units per tray x packed thickness + top clearance + board spring allowance. For compressed fleece throws, a typical allowance for top clearance and board spring is often 1.0-2.0cm total. If packed thickness is 5.6cm, then 10 units need about 57-58cm internal height; 12 units need about 68-69cm. If packed thickness is 6.4cm, 10 units need about 65-66cm, while 12 units jump to roughly 78-79cm, which can become unstable or impractical for shelf-ready drugstore displays.

A buyer-useful rule of thumb is this table. | Packed thickness per throw | Likely tray count | Comment | | --- | --- | --- | | Up to 5.5cm | 12-count may be viable | verify tray stability and shelf height | | 5.6-6.2cm | 10-count usually safer | 12-count often too tall for stable display | | 6.3-7.0cm | 8-10 count | depends on board grade and shelf limit | | Above 7.0cm | redesign fold or packaging | high risk of unstable PDQ |

A practical negotiation trigger is any quote that states tray count but does not state approved packed thickness tolerance. Without thickness tolerance, the supplier can be technically right on unit count and still deliver trays that bow, crush, or fail retailer shelf tests.

Gross-weight validation, master-carton math, and 40HQ yield

Finish the costing model by checking weight, not just dollars. Using the sample 127 x 152cm throw: textile mass about 483g; belly band about 8g; care label and sewing sundries about 2g; optional polybag about 12g; allocated PDQ board share about 32g/unit if a 10-count tray weighs around 320g; allocated master-carton share about 50g/unit if the carton weighs around 1.0kg. The sample packed unit gross is therefore about 587g. If you exclude the polybag, it drops closer to 575g.

For 20 units per master, estimated carton gross weight is about 11.7-12.0kg including tape and minor variance. That stays within a practical manual-handling range often preferred by importers for store or DC handling. If a revised fold pushes the master above roughly 14-15kg, many buyers will want to split the pack count or change the carton format even if the carton still passes compression.

A workable master for this sample is about 54 x 33 x 60cm. That gives a carton cube of about 0.1069 CBM. On a floor-loaded 40HQ with usable cargo volume commonly planned around 68-76 CBM depending on stowage assumptions, a buyer-planning yield might be around 630-700 cartons. At 20 units per carton, that is about 12,600-14,000 units per 40HQ. If palletized export reduces cube by a program-dependent 8-15%, the practical unit yield may fall to roughly 11,300-12,900 units.

These are planning numbers, so require the supplier to confirm master dimensions, gross weight, and target units per 40HQ on the quote. Quotes that include tray count but omit carton spec are not ready for commercial comparison. Related loading thinking appears in palletization and cube planning and weight and packing logic.

What shelf-ready packaging includes and what may be extra

The phrase 'shelf-ready packaging' is too vague for a PO. In this program, buyers should define whether it includes: PDQ tray die-line development, retailer artwork adaptation, tray erecting, unit insertion, unit orientation control, shrink-wrap or transit strap if used, perforated tear-front, barcode printing, retailer print approval cycle, master carton marking, and drop-test validation. If any one of those is outside price, the supplier should mark it as excluded rather than leaving it implied.

For PDQ board, do not accept vague wording such as 'standard corrugate'. Ask for the board style and burst/ECT basis, for example a practical retail tray may be E-flute or B-flute printed corrugate depending on tray size and stack height. The right board is not universal, but the quote should at least state the flute and whether it is intended for direct shelf presentation or only transit support. Ambiguous board grade is a common red flag because tray underbuild rarely shows up until the first physical sample or the first store delivery.

If the retailer requires transit validation, ask the supplier what test basis is assumed. For a light promotional tray packed inside a master, many buyers at least want a simple internal standard or an ISTA-style transit check. If no transit validation is quoted, do not assume it is included just because the program is called shelf-ready.

Barcode and retail-readiness details to lock before artwork approval

Barcode detail should be written at the same level as fabric detail. State the symbology, data owner, carrier, and scan location. For many US drugstore programs the assumption will be GS1 UPC-A on the belly band or polybag, though some retailers prefer an ITF-14 or GS1-128 on the master carton only. If the barcode is on the unit, specify whether it sits on belly band, polybag, or PDQ face label. Each option changes print method and scan reliability.

For unit barcode placement, write the basics explicitly: quiet zone to GS1 guideline, barcode bars printed on a flat area rather than over a fold or seam, and orientation that allows scan at shelf replenishment without opening the tray. A practical acceptance check during packing is sample scan pass rate 10/10 on approved scanner from production samples, with no obvious voids, smudging, or curvature distortion. For master cartons, confirm the carton barcode can be read without crossing tape seams or corner crush zones.

Retail-readiness also includes count integrity and visual consistency. The unit front face, colour assortment order, fold direction, and barcode exposure in the tray should all be approved in the pre-production sample. A PDQ can be dimensionally correct and still fail at store level if the first visible panel is inconsistent from tray to tray.

Inspection plan: AQL 2.5 needs method, defect classes, and measurement points

If the program calls for AQL 2.5, specify the full inspection basis. A common commercial setup is ANSI/ASQ Z1.4, General Inspection Level II, single normal sampling, AQL 2.5 major and 4.0 minor. If the buyer wants a single blended AQL 2.5 statement only, that should still be tied to a stated sampling level. Without the sampling basis, AQL language is incomplete. For related practical checklists, see AQL 2.5 inspection checklist and blanket QC inspection.

Major defects in this program may include: wrong size outside tolerance, average GSM under minimum spec, wrong barcode or unreadable barcode, wrong colour assortment, PDQ count mismatch, severe shade variation within approved lot, visible oil stain, cut edge notches or holes, and master gross weight outside agreed limit if that affects handling compliance. Minor defects may include: light edge waviness within tolerance, slight print rub on belly band, small fold misalignment, or minor carton marking offset.

Measurement points should be written into the inspection sheet. For size, measure length and width laid flat without stretch. For GSM, either verify against approved mill test or use agreed cut-swatch method on finished fabric. For shade, compare under the agreed light source against approved standard. For edge condition, check the full perimeter for wave, nicks, and loose fibre. For packed unit, record length, width, and thickness. For barcode, perform live scans on unit and master. For carton, record external dimensions, net count, and gross weight.

If you need measurable testing references, a practical package for this category may include ISO 5077 or ISO 6330 for dimensional change after washing where relevant, ISO 105-C06 for wash fastness if printed or dyed performance is sensitive, and ISO 9073-10 or an agreed lint-shedding method if the retailer is sensitive to fibre release. The exact test list should be quoted, not assumed.

Compliance, fibre claims, and what is usually excluded from FOB unless stated

Drugstore buyers should not assume the FOB number includes compliance work beyond basic factory quality controls. Unless expressly quoted, the following are often outside standard FOB pricing: destination-market flammability review, restricted-substance testing, recycled-content claim documentation, retailer protocol testing, and special labeling review. Those items should be line-listed as included, excluded, or optional.

For a plain adult polyester throw, one common compliance checkpoint is whether any destination-market flammability review is required for the product category and packaging format. If a recycled-content claim is made, ask what claim standard and transaction document flow will support it. If no recycled claim is intended, make sure recycled wording is absent from artwork and labels. For buyer background on claim documentation and certification boundaries, see textile certifications explained, rPET certification documentation, and CFR 16 Part 1610 flammability checks.

Labeling basics should be locked early: fibre content, country of origin, care instructions, importer identity if required, and any retailer-specific pack warnings. If the quote is silent on label development and legal review, treat those as excluded until confirmed in writing.

Red flags and an RFQ table that makes quotes comparable

Quote red flags on this program are usually visible within one page. Watch for GSM tolerance wider than +/-5% on a promotional flannel throw, no packed-thickness tolerance, tray count stated without tray board specification, FOB quote with no carton dimensions or master gross weight, barcode mentioned without carrier location, or shelf-ready packaging stated without a list of included operations. Any one of those gaps can move real cost or create downstream claims.

Use this RFQ lock table so each supplier quotes the same basis. | RFQ field | Unit | Example entry | Tolerance / rule | Included in FOB? | | --- | --- | --- | --- | --- | | Finished size | cm | 127 x 152 | +/-2cm each direction | Yes/No | | GSM basis | gsm | 250 finished average | +/-5%; state finished or issued basis | Yes/No | | Fabric composition | % | 100% polyester warp-knit flannel fleece | no substitution without approval | Yes/No | | Edge finish | text | knife-cut | approved sample standard | Yes/No | | Folded pack size | cm | 31 x 26 x 7.0 | +/-1cm L/W; +/-0.5cm T | Yes/No | | Units per PDQ | pcs | 10 | fixed | Yes/No | | PDQ spec | text | printed E-flute tray | state board/flute and artwork scope | Yes/No | | PDQ per master | pcs | 2 | fixed | Yes/No | | Master carton size | cm | 54 x 33 x 60 | supplier to confirm | Yes/No | | Master gross weight cap | kg | 12.5 max | reject above cap unless approved | Yes/No | | Barcode symbology | text | UPC-A | GS1-compliant artwork | Yes/No | | Barcode carrier | text | belly band | quiet zone and scan approval required | Yes/No | | Optional polybag | yes/no | yes | warning print if required | Yes/No | | Loading basis | text | floor-loaded 40HQ | state units per 40HQ | Yes/No | | Inland haulage | USD/unit | quoted separately | must be listed | Yes/No | | Export docs/customs | USD/unit | quoted separately | must be listed | Yes/No | | Loading/local export handling | USD/unit | quoted separately | must be listed | Yes/No | | Compliance testing | text | excluded unless listed | name each test method | Yes/No |

This kind of table removes most false quote gaps. It also makes negotiation cleaner because you can challenge a high or low number against a specific assumption instead of debating a blended FOB figure.

Frequently asked

What is a realistic FOB Xiamen planning price for a 250gsm flannel fleece throw in PDQ? For a 127 x 152cm, 250gsm finished polyester warp-knit flannel fleece throw with knife-cut edge, paper belly band, optional plain polybag, 10 units per PDQ and 20 units per master, a mid-case planning model can land around USD 1.79/unit FOB Xiamen. That is not a market guarantee. The number moves with actual fleece USD/kg, finished-vs-issued GSM basis, tray board specification, fold thickness, and order quantity.

Why do buyers need both finished GSM and issued-fabric basis on the quote? Because two mills can quote the same nominal 250gsm throw from different consumption assumptions. One may cost on finished shipped weight; another may cost on greige or issued weight with 5-9% planning loss through finishing and cutting. If the quote does not state the basis, price comparisons are weak and underweight risk is harder to police.

How do I decide between a 10-count and 12-count PDQ tray? Start with approved packed thickness per unit. A practical formula is units per tray x packed thickness plus about 1.0-2.0cm allowance for clearance and board spring. On many flannel throw programs, up to about 5.5cm packed thickness can make 12-count feasible; around 5.6-6.2cm usually pushes buyers toward 10-count for stability and shelf height. Above that, a fold redesign is often better than forcing a taller tray.

What should 'shelf-ready packaging' include in writing? At minimum: tray die-line development, artwork adaptation, tray erecting, unit insertion, unit orientation, tear-front or transit wrap if used, barcode printing location, retailer artwork approval cycle, and carton marking. If those steps are not line-listed, do not assume they are inside the FOB price.

Is terminal handling automatically included in FOB Xiamen? Do not assume that from the Incoterm alone. FOB defines export clearance and delivery on board at the named port, but local charge allocation around haulage, docs, loading, and terminal-related items is still a quotation issue. A clean FOB quote should list inland haulage, export docs/customs, and loading or local export handling allocations separately even if all are included in the final unit price.

What inspection basis is suitable for this type of drugstore throw program? A common commercial setup is ANSI/ASQ Z1.4, General Inspection Level II, single normal sampling, with AQL 2.5 major and 4.0 minor, unless the buyer specifies another basis. Inspection should cover size, GSM basis, shade, edge condition, packed thickness, barcode scan, PDQ count integrity, carton dimensions, and gross weight.

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