320gsm polyester fleece blankets folded with satin ribbon gift ties in retail cartons on a packing line

Start the RFQ with the retail channel and the packed unit

For this SKU, the blanket and presentation are one sellable unit. If the brief says only "320gsm fleece throw with gift ribbon", the factory will fill in fold size, ribbon width, bow type, barcode position, carton count and gross weight around line convenience. That is where most disputes start: textile spec can pass while the retail unit fails presentation, cube or scan compliance.

State the target channel up front because it changes the build. Department store programs usually accept a higher ex-factory cost if fold geometry, shade continuity and shelf appearance are stable across replenishment. Off-price buyers normally prioritise lower FOB, simpler trim, fewer pack components and tighter master-carton cube. Promotional gift programs may accept lighter fleece or a plain ribbon band if the piece is a seasonal giveaway rather than a permanent retail SKU. Put those trade-offs into the RFQ so the supplier quotes the right base construction.

Write the RFQ as one complete retail-pack description. A practical baseline is 100% polyester polar fleece, finished mass 320gsm, size 127x152cm or 130x170cm, four-side turned hem or narrow lockstitch hem for a flatter folded face, plus ribbon specified in the same line item: 100% polyester satin, single-face or double-face, width, construction, shade standard, bow type, attachment method, barcode location and export-carton plan.

If you are still deciding whether 320gsm is the right weight, compare against [280gsm polyester fleece throws with satin ribbon gift sets bow attachment](/blog/280gsm-polar-fleece-blankets-with-satin-ribbon-gift-wrap-bow-attachmen.html), [230gsm polyester fleece blankets with satin ribbon gift wrap bow spec](/blog/230gsm-polyester-fleece-blankets-with-satin-ribbon-gift-wrap-bow-spec-.html), [150gsm polyester fleece blankets with satin ribbon rolls presentation](/blog/150gsm-polyester-fleece-blankets-with-satin-ribbon-rolls-presentation-.html) and [fleece weight throw blanket program](/blog/fleece-weight-throw-blanket-program.html). Heavier fleece lifts perceived gift value, but it also raises folded thickness, ribbon pressure-mark risk, freight cost and carton gross weight.

Specify the fleece construction precisely

Do not write "warp knit or circular knit" as if they are interchangeable. For fleece sourcing, the exact knit structure matters because handfeel, stretch, curl, pilling and pack stability differ. The two common options in this weight class are warp-knit Raschel or tricot based fleece, and circular-knit polar or coral-type fleece made from filament polyester and then brushed and sheared.

Warp-knit Raschel or tricot fleece usually gives better dimensional stability, straighter edges, lower width stretch and a cleaner rectangular fold. That helps department-store programs where the front panel must stay square after carton dwell. The trade-offs are that machine availability can be narrower than basic circular-knit fleece, MOQ may be higher by colour, and there is often a modest cost premium depending on yarn market and local knitting capacity. The face can also look slightly flatter or more technical than a very lofty circular-knit handfeel, so it must match the sealed approval sample rather than a generic description.

Circular-knit polar or coral-style fleece can give a fuller handfeel and softer bulk at competitive cost, and the mill base is often broader. The trade-offs are more edge curl, more bias distortion risk in folding, and greater dependence on good heat-setting and finishing discipline. It can work well for off-price or promo-gift channels where softness sells and the retailer is less strict on front-panel geometry, but the packing trial needs closer scrutiny.

A workable specification line is: 100% polyester polar fleece, filament yarn, circular-knit brushed and sheared, or 100% polyester warp-knit fleece, brushed and sheared, with exact construction frozen at PP approval. Do not allow a mid-order switch between warp-knit and circular-knit without written approval because the fold profile, pack thickness and bow sit will change. Related construction trade-offs are covered in [piece-dyed 280gsm polyester fleece throws batch-to-batch shade tolerance](/blog/piece-dyed-280gsm-polyester-fleece-throws-batch-to-batch-shade-toleran.html) and [flannel fleece blanket orders at 260gsm brushed finish colorfastness](/blog/flannel-fleece-blanket-orders-at-260gsm-brushed-finish-colorfastness-a.html).

Separate lab tests from in-line QC checks and release criteria

Buyers often mix formal standards with factory tolerances, then discover the inspection report is hard to enforce. Keep three labels in the spec sheet: lab test, in-line QC check and shipment release criterion. Lab tests are recognised methods run in a lab; in-line checks are process controls on the packing floor; shipment release criteria are the exact pass-fail gates used before dispatch.

Recommended lab tests for the blanket body: mass per unit area to ASTM D3776 or ISO 3801; fibre content to the destination-market rule set; dimensional change after laundering by ISO 6330 with measurement to ISO 5077; colourfastness to washing by ISO 105-C06; rubbing fastness by ISO 105-X12 or AATCC 8; pilling by ISO 12945-2 or ASTM D4970; flammability or burn-behaviour checks only where market or product category requires them; and, where hem durability is performance-critical, seam strength by ASTM D1683 or ISO 13935-2 rather than ASTM D5034, which is a fabric grab-strength method.

Recommended in-line QC checks: finished cut size before folding; hem depth and SPI; bow location; ribbon cut length; barcode visibility; folded panel squareness; folded thickness; pile direction consistency on the front panel; loose fibre and contamination checks; and top-layer carton appearance after 24-hour dwell. These are not lab tests and should be recorded on line-control sheets rather than mixed into the lab report.

Recommended shipment release criteria: shipment-average GSM within agreed tolerance; no critical compliance defects; barcode scan pass on sampled retail units; folded dimensions within approved tolerance; carton gross weight at or below agreed ceiling; top and bottom carton layers visually consistent to the sealed PP sample; and AQL acceptance as defined in the PO. If the buyer wants this structure embedded into wider QC, use [blanket quality control inspection](/blog/blanket-quality-control-inspection.html) and [aql-2-5 inspection checklist for 200gsm coral fleece promotional blankets](/blog/aql-2-5-inspection-checklist-for-200gsm-coral-fleece-promotional-blank.html) as companion references.

Use enforceable blanket specs, including the basis of the GSM tolerance

Do not rely on words like "premium" or "clean fold". Back the sealed approval sample with numbers. A practical blanket spec for this article is: finished size 127x152cm or 130x170cm; finished fabric mass 320gsm plus or minus 5%; 100% polyester; brushed and sheared face and back to sealed sample; hem construction fixed; colour standard fixed; and care label, origin mark and retail barcode artwork approved before bulk packing.

State the GSM basis clearly. For procurement use, the cleanest wording is usually: "320gsm plus or minus 5% on finished unwashed fabric, tested to ASTM D3776 or ISO 3801, acceptance on shipment lot average from sampled finished rolls." If the buyer wants roll-by-roll control, say so explicitly because it is stricter and may add cost. If the buyer wants post-laundering weight retention or finished washed basis, that also needs to be written, otherwise the factory will default to its normal finished-fabric basis.

For dimensions, a common market norm is plus or minus 2cm on width and plus or minus 3cm on length before first wash, unless the retailer manual is tighter. Dimensional change after laundering can often be held within 3% each way on polyester fleece if knitting, heat-setting and finishing are under control. For pilling, do not write only "grade 3 to 4 minimum after agreed cycles". Fix the method and cycles in the PO because comparability depends on it. A workable default is ISO 12945-2, 2,000 cycles minimum, target grade 3.5 or better for off-price and promo-gift, or 5,000 cycles with target grade 3.5 to 4 for department-store programs. See [anti-pilling test requirements for 240gsm polar fleece blankets ISO 12945](/blog/anti-pilling-test-requirements-for-240gsm-polar-fleece-blankets-iso-12.html).

Where hem security matters, use seam-specific methods. A practical starting point is ASTM D1683 or ISO 13935-2 on the finished hem construction, with the exact minimum agreed case by case because thread size, hem depth and fleece bulk all affect results. ASTM D5034 can still be useful for fabric grab strength, but it does not replace seam testing. For colourfastness on dark shades, tighten rubbing checks because dark fleece paired with dark ribbon has higher crocking risk. [ISO 105-X12 rubbing fastness for red 300gsm flannel fleece throws](/blog/iso-105-x12-rubbing-fastness-for-red-300gsm-flannel-fleece-throws-dry-.html) is the right style of reference when the colourway is deep navy, charcoal, burgundy or black.

Ribbon is a controlled BOM item, not a generic trim

Ribbon variability is one of the main causes of inconsistent gift packs. Two ribbon mills can both quote "38mm polyester satin" and still differ on stiffness, surface slip, edge fusion, gloss, colour depth and fray behaviour. The approved trim card should name the ribbon supplier, construction, width, denier or filament construction, colour standard, attachment method and any approved substitute policy. No change after PP approval should be allowed without written buyer sign-off.

For sourcing, make the denier guidance tighter than "75D to 150D". A practical baseline for 25mm ribbon is 75D to 100D polyester satin if the buyer wants a softer drape and lower trim cost; for 38mm ribbon, 100D to 150D is more reliable if the bow must hold shape after carton compression. Single-face satin is usually enough for wrapped-band packs where only the outer loop shows; double-face satin suits pre-formed bows where both sides are visible, but it adds cost. The stiffness and body should be approved against actual bow samples, not only written denier.

Recommended ribbon spec fields: 100% polyester satin; 25 plus or minus 1mm or 38 plus or minus 1mm width; single-face or double-face stated; denier or equivalent filament construction stated; colour matched to approved standard under D65 light source; hot-knife or ultrasonic fused cut ends; allowable fray not more than 2mm after pack-out and handling; band overlap position fixed on the back face; bow type stated as pre-formed stitched bow or hand-tied functional bow; and no adhesive-only attachment unless validated in the packing trial.

For most department-store programs, the most controllable method is a wrapped ribbon band with a pre-formed bow fixed by hidden stitch tack or approved plastic fastener. If fasteners are used, add a needle-detection and foreign-object control note to the factory audit checklist, even though the fastener itself is non-metallic, because rework often involves hand tools and loose components around finished packs. If stitching is used, lock the tack position and thread type in the BOM. For ribbon and gift-trim comparison, buyers can benchmark against [230gsm polyester fleece blankets with satin ribbon gift wrap bow spec](/blog/230gsm-polyester-fleece-blankets-with-satin-ribbon-gift-wrap-bow-spec-.html) and [satin ribbon gift sets for 300gsm flannel fleece throws under DDP Australia](/blog/satin-ribbon-gift-sets-for-300gsm-flannel-fleece-throws-under-ddp-aust.html).

Packing geometry and carton maths decide the real landed cost

The lede promises carton maths because that is where many buyers miss cost. A 320gsm fleece throw tied with ribbon consumes more cube than the same blanket in a belly band or polybag. Even if ex-factory cost moves only modestly, container loading can shift enough to change the landed cost by a meaningful margin, especially on lower-value off-price programs.

A workable starting geometry for 127x152cm is a finished retail pack around 35 x 28 x 9cm after three-panel length fold and two cross-folds. For 130x170cm, a common outcome is around 38 x 30 x 10cm. These are starting points only; hem depth, pile loft, ribbon width and folding tension can move the pack by 10 to 20mm. At 35 x 28 x 9cm, one unit occupies about 0.0088 cubic metres gross before carton efficiency; at 38 x 30 x 10cm, about 0.0114 cubic metres. That gap matters.

Example carton plan for 127x152cm at 35 x 28 x 9cm: 6 units packed 3 x 2 layout, master carton roughly 57 x 37 x 30cm after allowing internal clearance and board thickness. If each blanket weighs about 0.62kg net at 320gsm before trim and labels, the packed unit may land around 0.66kg to 0.70kg depending on ribbon, tag and insert. Six units then produce a carton net around 4.0kg to 4.2kg and gross roughly 5.0kg to 5.6kg with carton. That is easy to handle and usually below common retailer weight ceilings.

Example carton plan for 130x170cm at 38 x 30 x 10cm: 6 units need roughly 61 x 40 x 33cm master-carton space, and gross weight can move toward 6.0kg to 6.8kg. If the buyer pushes to 8 or 10 units without reducing fold thickness, panel bulge and top-layer pile crush become more likely. Do a packing-cost comparison matrix in the RFQ: 25mm vs 38mm ribbon, pre-formed bow vs hand-tied bow, and 6-pack vs 8-pack carton. That shows the real trade-off between shelf presentation, labour cost and cube utilisation. Freight-planning references include [custom blanket lead times shipping](/blog/custom-blanket-lead-times-shipping.html) and [cross-border e-commerce packs for 150gsm microplush throws polybag barcode](/blog/cross-border-e-commerce-packs-for-150gsm-microplush-throws-polybag-bar.html).

Run a real packing trial with pass-fail rules

A 320gsm fleece throw does not behave like a light promo fleece. It has spring-back, pile memory and a higher chance of pressure rails where the ribbon sits. Do not approve this SKU from a hand-made showroom sample. Require a pre-production packing trial using bulk-approved fabric, approved ribbon and actual export carton. Without that, the first true compression test becomes the shipment itself.

A usable protocol is: minimum 12 units per colourway for the trial, packed by the intended bulk line team and at intended line speed; at least one full export carton per colourway; ambient trial conditions recorded; and at least two folding operators if the process is hand-intensive. Trial all intended colourways where risk differs, not just one neutral shade. Dark fleece with dark ribbon needs extra crocking and alignment attention; pale shades show pressure marks, dust and soil more easily.

Suggested dwell and abuse sequence: pack and seal cartons; hold for 48 to 72 hours under normal stacking load representative of warehouse conditions; open and assess top, middle and bottom units; run one carton drop sequence representative of ASTM D5276 logic if the buyer requires it; then allow retail packs to recover at ambient conditions for 2 hours and again at 12 hours if the retailer will stage stock in the back room before shelf placement.

Pass-fail checks should include: fold dimensions within approved tolerance; ribbon migration not more than 10mm from approved position; bow-centre offset within tolerance; no barcode obstruction; no visible adhesive bleed or stitch damage; no continuous ribbon pressure track longer than 80mm on the front panel after recovery; no crushed-pile area larger than 25 x 25mm clearly visible from 1 metre under normal retail lighting; and no master-carton bulge or burst risk. Sign-off should come from the factory merchandiser, factory QC lead and buyer or buyer agent, with the approved carton kept as a retained golden sample.

Use AQL with named critical, major and minor defects

If the PO says only "AQL 2.5" without defect definitions, inspectors will classify presentation faults inconsistently. A practical release set for retail gift packs is often critical 0, major 2.5, minor 4.0, but the buyer should still define the defect examples. For larger department-store programs, some buyers tighten presentation-heavy defects within the major category even when the AQL headline remains 2.5.

Typical critical defects: wrong fibre-content label; missing or wrong origin marking; care label missing where legally required; barcode unreadable or mismatched to approved SKU; ribbon or packaging material claim marked recyclable or recycled without approved substantiation; prohibited substance failure; needle or foreign sharp object found in retail unit; flammability or mandatory warning non-compliance where the market requires it. Critical defects are shipment blockers.

Typical major defects: bow centre offset more than agreed tolerance, for example over 5mm; band position drift more than agreed tolerance; barcode partially covered by ribbon or bow; gross shade variation between blanket and approved standard; wrong ribbon width or wrong ribbon supplier construction; visible pile crushing beyond agreed viewing rule; loose ribbon attachment likely to detach in handling; obvious soil or oil mark on front face; fold dimensions outside tolerance; carton gross weight above agreed ceiling; or carton deformation that risks retail presentation.

Typical minor defects: slight bow loop asymmetry within a narrow tolerance band; small pressure mark likely to recover within approved window; loose fibre that can be removed without damage; slight label skew; small ribbon tail-length difference within the buyer's minor limit; or mild shade variation within the approved continuity range. Where colourways are dark-on-dark, tighten sampling or in-line check frequency because alignment and rubbing risks are higher. Where the pack is ivory, blush or other pale shades, tighten housekeeping and top-layer appearance checks because soil and pressure marks read differently.

Finish the approval workflow: PP timing, release checklist and supplier capability screening

Carton approval has to happen before bulk packing, not after the first 30% is packed. A workable timing gate is: approve lab dips and trim card first; approve bulk fabric handfeel and shade; then approve PP packed sample and carton sample using actual ribbon and actual fold method; only then release bulk trim and carton print. If the program is replenishment-based, keep a retained golden sample and approved carton drawing for the repeat order, and require written change control on fleece source, ribbon source, fold geometry, barcode label stock and carton board grade.

Shipment release rules should be simple enough to audit. Suggested release checklist: approved test report set on file; GSM and size records complete; in-line pack-control records complete; AQL final inspection passed; barcode scan pass confirmed; carton dimensions and gross weights confirmed against approved plan; top, middle and bottom pack appearance checked after carton dwell; and shipping marks, PO, colourway and quantity reconciled. Where Incoterms are FOB or FCA, release should happen before port handover; where terms are CIF or DDP, packaging damage risk during onward movement should be considered in the transit protocol. Related trade terms are discussed in [EXW vs FOB Ningbo for 160gsm airline fleece blanket tenders cost items](/blog/exw-vs-fob-ningbo-for-160gsm-airline-fleece-blanket-tenders-cost-items.html) and [DDP UK costing for 260gsm brushed polar fleece blankets with printed belly bands](/blog/ddp-uk-costing-for-260gsm-brushed-polar-fleece-blankets-with-printed-b.html).

Supplier screening points for factory audit: can the factory cut and fuse ribbon in-house or is it outsourced; do they keep approved trim cards and BOM change-control records; can they run needle-detection or equivalent foreign-object control around packed goods; do they have carton compression or at least access to external carton-test capability; have they executed retailer presentation packs before; can they segregate colourways and replenishment lots for shade continuity; and can they keep retained golden samples for repeat programs. Ask specifically about experience with pre-formed bows versus hand-tied bows, because labour repeatability differs.

For buyers comparing presentation formats, use a simple cost-versus-presentation matrix in the RFQ. 25mm ribbon lowers trim cost and pressure-mark risk but looks less premium on a 320gsm throw. 38mm ribbon presents better and holds a fuller bow if the denier and stiffness are right, but it adds trim cost, labour time and more visible compression tracks. Pre-formed bows improve repeatability and line speed; hand-tied bows can look richer at sample stage but usually create more variation in bulk. Lock that choice before PO issue.

Frequently asked

What fleece construction is usually best for 320gsm ribbon-tied gift throws? There is no universal best choice. Warp-knit Raschel or tricot fleece usually gives better fold stability, straighter edges and cleaner front-panel geometry, which suits department-store presentation. Circular-knit polar fleece can feel softer and sometimes cost less, but it can show more curl and distortion if finishing control is weak. Freeze the exact construction at PP approval and do not allow a bulk substitution without written approval.

How should 320gsm tolerance be written in the PO? State both the method and the acceptance basis. A workable line is: 320gsm plus or minus 5% on finished unwashed fabric, tested to ASTM D3776 or ISO 3801, acceptance on shipment lot average from sampled finished rolls. If you want roll-by-roll acceptance or a washed-fabric basis, write that explicitly because it is stricter and changes factory control.

What ribbon spec is practical for this SKU? For 320gsm fleece throws, 25mm ribbon works where cost and lower pack pressure are priorities; 38mm gives a fuller gift presentation. A practical sourcing baseline is 75D to 100D satin for many 25mm bands, and 100D to 150D for many 38mm bows where more body is needed. Approve stiffness and face sheen from actual bow samples, not from denier wording alone.

Which test methods belong in the RFQ? Use formal lab tests for measurable textile properties and keep factory tolerances separate. Typical lab methods are ASTM D3776 or ISO 3801 for GSM, ISO 6330 with ISO 5077 for dimensional change, ISO 105-C06 for wash fastness, ISO 105-X12 or AATCC 8 for rubbing, ISO 12945-2 or ASTM D4970 for pilling, and ASTM D1683 or ISO 13935-2 for seam strength where hem durability matters. Fold size, bow position, barcode visibility and shelf appearance are in-line QC checks or shipment release criteria, not lab tests.

How should pilling be specified so suppliers cannot argue later? Fix the method and cycle count in the PO. "Grade 3 to 4 after agreed cycles" is too loose because results are not comparable without a defined cycle count. A practical default is ISO 12945-2 at 2,000 cycles or 5,000 cycles depending the channel, with the target grade written against that exact protocol.

What AQL is common for ribbon-tied retail throws? A common release structure is critical 0, major 2.5 and minor 4.0, but the useful part is the defect list. Define critical defects such as wrong barcode or missing origin marking, major defects such as bow misalignment, barcode obstruction and loose ribbon attachment, and minor defects such as small loop asymmetry. If shelf presentation is central to the program, many buyers keep the headline AQL but tighten the major-defect definitions.

How do dark and pale colourways change the QC plan? Dark fleece with dark ribbon has higher rubbing and visual-alignment risk, so increase in-line checks for ribbon position, bow symmetry and crocking. Pale shades show dust, pressure marks and handling soil more clearly, so improve housekeeping and inspect top-layer retail units more closely after carton dwell. Do not assume one colourway trial covers all colours.

What compliance points are often missed on gift-tied blanket packs? Buyers often focus on fibre content and origin only, then miss care-labelling rules, importer traceability, barcode correctness, destination flammability requirements where applicable, and packaging claims. If the ribbon, belly band or polybag is marketed as recyclable or recycled, the claim language needs documentary support and should be approved before print ordering.

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