Where 280gsm sits in a desert-retail program
At 280gsm, polyester fleece sits in the commercial middle: heavier and fuller than 220-230gsm promotional fleece, but still more cube-efficient than 300gsm-plus plush retail throws. The fabric weight math should be explicit. A 130x170cm blanket has an area of 2.21m², so the theoretical fabric mass at 280gsm is about 0.619kg. A 150x200cm blanket has an area of 3.00m², so the theoretical fabric mass is about 0.840kg. Those numbers are fabric only.
Buyers should then add the non-fabric weight rather than accepting inflated 'net weight' claims. A realistic planning build-up for a 130x170cm blanket is: fabric 0.619kg, sewing and trimming allowance about 10-20g, woven label and care label 2-5g, belly band or paper insert 8-20g, polybag 8-15g, and carton allocation per piece often 20-40g depending on pack count. That puts a typical shipped unit around 0.67-0.72kg. For 150x200cm, the same build-up is usually about 0.89-0.96kg. If a quote shows 1.05kg for a plain 150x200cm fleece in simple polybag, ask what is included.
State whether the fabric weight is conditioned or oven-dry. In normal fleece trade, GSM is usually checked on conditioned fabric at standard atmosphere, so actual shipment weight can move a few percent with ambient humidity and finishing moisture. For PO use, write: 'Finished fabric mass 280gsm ±5% on conditioned finished fabric before packing.' That is more reliable than treating every shipped piece as a fixed weight.
The area increase from 130x170cm to 150x200cm is about 35.7%, but delivered unit cost usually rises by more than that because carton efficiency worsens. A practical starting assumption is 16-18 pieces per export carton for 130x170cm and 10-12 pieces for 150x200cm in non-vacuum retail folds. Approximate carton sizes often land around 58x40x45cm for the smaller size and 60x42x50cm for the larger size, but fold style, hem bulk and packaging board thickness can move that. Vacuum packing can improve cube by roughly 15-30% on plain fleece, but do not assume full recovery on deep-brushed faces without a recovery trial after 24 hours and 72 hours out of pack.
For desert resort retail, 280gsm works best where the buyer wants a dense-enough hand, decent opacity on dark shades, and manageable shelf cube. It is less suitable if the program needs a very lofty premium hand for home furnishing retail, or if the target ticket only supports entry promotional fleece. Nearby benchmarks worth checking are 230gsm solution-dyed polyester fleece blankets for lighter-weight UV programs and 280gsm polyester fleece throws with lockstitch hemmed edges for edge-construction trade-offs.
Desert UV exposure: specify the endpoint, specimen, and approval basis
A PO that says only 'ISO 105-B02 grade 4 minimum' is incomplete. ISO 105-B02 results depend on the agreed exposure endpoint, lamp conditions, and assessment basis. For solution-dyed fleece sold into high-daylight retail, write the clause in full: colourfastness to artificial light tested to ISO 105-B02, xenon arc, expose to agreed blue wool endpoint, assess colour change on finished brushed fleece against grey scale. A good default for core carryover colours is minimum grade 4 at blue wool 4 exposure. For higher-exposure storefront programs, many buyers move to minimum grade 4 at blue wool 5 exposure on agreed core shades.
Blue wool 5 is not automatically 'better' unless the exposure profile justifies it. It is a longer and harsher endpoint than blue wool 4, so the pass/fail result changes with test duration. The commercial question is not laboratory heroics; it is whether the endpoint matches the channel. Storefront display in a sun-facing resort shop, with product draped or front-faced for weeks, is closer to the blue wool 5 decision point than back-shelf folded stock under indirect light. End-use fade risk is different again: a blanket used evenings indoors may never see the same cumulative UV load as a window display sample.
Translate the grades into channel language. Blue wool 4 with grey scale colour change grade 4 is usually acceptable for folded shelf stock and standard retail turnover. Blue wool 5 with grade 4 gives more safety for core colours that may sit in front display or near glazing in GCC resorts. Do not oversell lab simulation: xenon testing ranks comparative resistance under controlled exposure, but glazing type, fabric angle, dust, heat build-up, and display duration still affect real fade performance.
Ask the lab and factory to test the finished brushed blanket face, not only fibre-supplier pellets or unbrushed greige fabric. Brushing, shearing and pile lay change how the eye reads shade shift. The colour chemistry may remain stable while the visual surface still shows more apparent fade because the pile reflects differently after exposure. Use a sealed bulk standard viewed under D65, and define pile direction for all colour assessments so the mill, lab and buyer are comparing the same face orientation.
A workable buyer note is: 'Assess shade and post-exposure change with pile stroked in agreed direction under D65 light box; no approval by mobile-phone image.' Supporting context is in solution-dyed polyester fleece blankets ISO 105-B02 light-fastness guidance and solution-dyed fleece MOQ and shade continuity planning.
Laundering, washfastness, rubbing and pilling: write the methods exactly
For retail fleece, laundering and colour retention need separate but linked clauses. ISO 6330 defines how the specimen is laundered. ISO 105-C06 defines how colour change and staining are assessed after washing. If you do not specify the exact procedure or severity, the lab can choose a different route and the result may still be technically valid but commercially weak for dispute resolution.
A copy-ready default clause for this product is: 'Domestic laundering to ISO 6330, procedure 4N, line dry unless otherwise agreed. After laundering, assess to ISO 105-C06, C2S. Minimum grade 4 colour change and minimum grade 3-4 staining on adjacent multifibre fabric.' This is a sensible default for GCC and US retail fleece because 4N is a normal domestic wash route rather than an extreme hospitality cycle, and C2S gives a commercially relevant washfastness severity for dyed synthetic fleece sold with standard home-care instructions. If the retailer expects warmer wash, tumble dry, or repeated rental-style use, upgrade the severity explicitly rather than assuming it from the care label.
Colourfastness, crocking and staining are not the same failure mode. Colourfastness to washing asks whether the blanket shade changes after laundering. Staining asks whether colour bleeds onto adjacent fibres in the wash test. Crocking, measured under ISO 105-X12, asks whether surface colour transfers by rubbing. For pale or medium solid shades with low migration risk, ISO 105-X12 can be optional. For deep navy, charcoal, black, canyon red or deep teal, make it mandatory because dark brushed surfaces can show rubbing complaints before they fail washfastness. A sensible default is dry rubbing grade 4 minimum and wet rubbing grade 3 minimum.
On pilling, method choice needs a boundary note. ISO 12945-1 pilling box is often a practical control method for brushed fleece because it tends to expose loose fibre-end entanglement seen in soft blanket use. It is not universally 'better' than Martindale. Some retailers or test programs specify Martindale or an in-house protocol, especially where they want continuity across multiple fabric categories. For this product, use ISO 12945-1 as the default if the buyer has no mandated protocol, then lock it in at PO stage. A workable clause is: 'Pilling to ISO 12945-1, 2,000 revolutions, minimum grade 3-4 after one wash to ISO 6330 procedure 4N.' If a retailer mandates another method, write the exact method and cycle count and do not compare pass levels across methods.
One operational point that saves arguments: inspect pilling and shade with pile lay controlled. Mixed pile direction during inline or final inspection can make a sound lot look off-shade or over-pilled. On fleece, that directly affects inspection yield. Related QC context is in anti-pilling test requirements for fleece blankets and blanket quality-control inspection.
MOQ drivers: fibre-colour route, knitting plan, packaging and repeat-order control
MOQ for solution-dyed fleece is set by the earliest constrained production stage, not by sewing. In most programs that stage is the fibre-colour route at the spinner or filament supplier, followed by knitting efficiency. Sewing and packing usually do not set the true minimum unless the packaging is unusually complex.
For an existing stock fibre colour already carried by the spinner, a practical MOQ is often 800-1,200 pieces per colour per size for a plain blanket with standard overlock or simple hem, assuming the mill can insert the knitting and finishing run into its schedule. If the size mix is split, for example 130x170cm plus 150x200cm in the same colour, many factories will still want at least 500-800 pieces per size because cutting, folding and carton planning become less efficient.
For a custom fibre colour, the real MOQ usually jumps to around 2,000-3,000 pieces per colour, and sometimes higher, because the spinner needs a minimum masterbatch or dope-colour run that supports enough filament volume for knitting, finishing loss and shade reserve. Buyers asking for very tight Pantone matching, especially on muted desert colours like sand, camel, clay or terracotta, should expect longer colour approval and a firmer MOQ than for black, navy or common beige stock shades.
Packaging complexity can raise the commercial MOQ even if the fabric MOQ is unchanged. Printed belly bands, FSC paper wraps, barcode stickers by colourway, tissue, gift ribbon, vacuum packs, or mixed assortments in one export carton all add setup loss and labour. A plain blanket may be viable at 1,000 pieces; the same blanket with mixed-size assortments, printed insert and retail-ready barcode placement may need 1,500-2,000 pieces to hold the unit cost in line.
For repeat orders, ask where shade is locked: pellet or masterbatch stage, filament stage, knitting lot, or only against a finished bulk swatch. The stronger repeat-order programs reserve a retain standard from the approved bulk lot, keep one sealed hanger in the mill and one with the buyer, and if the colour is custom they may reserve enough coloured fibre or masterbatch for a planned repeat window. That reduces re-development drift on carryover shades.
A practical approval flow for custom shades is: lab dip or small bulk handloom equivalent against buyer standard under D65, written sign-off on acceptable tolerance, then a pre-production fleece strike-off or pilot run before full knitting. That extra step costs time, but on muted solution-dyed shades it can prevent a full-lot disagreement that sewing cannot fix later.
Indicative FOB, freight and landed-cost maths
Indicative FOB China ranges for 280gsm solution-dyed fleece should be built from the actual spec, not from generic 'premium fleece' language. For a 130x170cm blanket in stock solution-dyed colour, one-side or two-side brushed standard retail quality, overlocked edge, woven care label and plain polybag, a realistic planning range is about US$4.10-5.10 FOB at 3,000-5,000 pieces. A hemmed-edge version usually adds about US$0.18-0.35 depending on hem depth, SPI and labour rate. A 150x200cm blanket on the same construction usually sits around US$5.70-7.00 FOB.
At lower MOQ, the same blanket can move noticeably. For 800-1,200 pieces in a stock colour, buyers may see roughly US$4.60-5.60 FOB for 130x170cm and US$6.20-7.50 FOB for 150x200cm, mainly because knitting, finishing and packing overheads are spread over fewer units. For custom dope colour at around 2,000-3,000 pieces per shade, the FOB can land higher again if masterbatch setup, pilot approval and colour reservation are charged into the order.
Adders are usually clearer than blended estimates. Embroidery can add roughly US$0.20-0.70 depending on stitch count and backing. Printed belly band or wrap often adds about US$0.08-0.25. Individual colour barcode labels may add a few cents but create real handling time in mixed-colour packs. Vacuum compression with heavier bag gauge and labour may add around US$0.07-0.18 but only makes sense if pile recovery is acceptable after decompression. If the blanket is sold as a gift set with ribbon or insert board, cost rises and carton efficiency falls together, so treat packaging as both a product-cost and logistics-cost decision.
Testing is usually a small share of total cost but a large share of dispute prevention. A basic third-party package for light fastness, washfastness, pilling and fibre content can be modest on a per-style basis, but if each colour is tested separately the cost per unit rises sharply on small runs. State clearly whether tests are style-level, colour-level, or shipment-level. For repeat core shades, many buyers test first production and then monitor by risk unless the substrate or spinner changes.
For planning freight, use cube and gross weight separately. A 130x170cm plain retail fold might ship at around 0.145-0.170 CBM per 20-24 pieces depending on fold and carton size. A 150x200cm program usually loses cube efficiency and may push gross carton weight close to manual-handling preferences if packed too densely. Write a carton target such as 'gross carton weight not to exceed 16kg unless buyer approved' if warehouse handling matters.
If you are comparing FOB with delivered terms, separate factory price from term logic. FOB leaves main freight, insurance, import duties and local delivery outside the mill price. For buyers building DDP or duty-paid comparisons into GCC or US planning, check the same specification against a term-specific article such as DDP costing logic or a port-structure explainer such as EXW vs FOB cost items, then recalculate using your actual carton cube, not a generic blanket assumption.
GCC and US compliance checkpoints buyers should lock before PO
For the US, start with truthful fiber content, country of origin and care labeling under the usual textile labeling framework, and make sure the importer of record has matching commercial documents. A fleece blanket sold as 100% polyester should be supportable by composition testing if challenged. Care instructions should reflect the actual tested route; if the care label says machine wash warm and tumble dry low, do not rely only on a line-dry lab protocol without commercial agreement.
Flammability can be relevant even where a throw blanket is not regulated the same way as apparel. Many retailers still screen polyester fleece under 16 CFR Part 1610 as a baseline fabric flammability check, especially if the product crosses into promotional, kids, or multi-category programs. If the item is sold for children's use, gifting, or attached character packaging, add a separate legal review for labeling and product-category classification rather than assuming adult throw rules apply. Related reference: CFR 16 Part 1610 flammability checks.
For GCC markets, buyers should confirm Arabic or bilingual labeling where required by the destination customer or importer, care symbols consistent with ISO 3758-style labeling practice, and clear importer or local responsible-party details on shipping documentation if the destination customs broker expects them. The factory does not usually act as importer of record, so destination document format should be confirmed with the buyer's customs side before shipment.
Packaging claims need discipline in both markets. Do not print 'UV resistant', 'antibacterial', 'recycled', 'eco', or 'non-toxic' unless the claim basis, artwork wording and supporting documents are agreed. For recycled-content claims, the paperwork route matters as much as the fabric. For antibacterial or odour claims, test method and claim wording should be aligned before printing retail packaging. For FSC paper belly bands or other paper claims, the packaging converter and artwork approval need the correct chain-of-custody wording if the claim is to appear.
Restricted-substance screens should follow market and retailer risk. Polyester fleece with standard labels and polybags is usually lower risk than coated mats, but deep prints, decorative transfers, PVC accessories, or unusual gift packaging can change the profile. For Gulf resort retail and US department-store channels, many buyers still want a REACH-style restricted substance screen plus azo review on dark shades if there is heavy printing or trims. Supportive reading is in textile certifications explained for buyers and OEKO-TEX Standard 100 buyer guidance.
Copy-ready PO language: tolerances, inspection and vendor comparison points
If the article is meant to save sourcing time, the PO wording must be explicit. A workable spec block is: 'Fabric: 100% solution-dyed polyester fleece, finished mass 280gsm ±5%, brushed finished face as approved. Size: finished 130x170cm or 150x200cm, tolerance ±2.5cm in length and width after finishing, measured after 24h conditioning. Shade: bulk to match approved standard under D65, pile stroked in approved direction; lot-to-lot continuity no more than commercially acceptable 4-5 grey scale equivalent drift unless buyer approves new standard. Bow and skew: maximum 3% or buyer standard, whichever is stricter. Edge construction: specify overlock or hem type, thread colour, and SPI if hemmed.'
For sewing and packing, add measurable checkpoints. Example wording: 'Seams secure, no broken stitches, no skipped stitches, no oil marks. If lockstitch hem, 8-10 SPI target; hem depth 12-20mm as approved sample. Labels centred within ±1cm of approved location. Fold and pack to approved pack standard. Carton quantity tolerance 0 only unless buyer approves assortment variance.' On carton control, use: 'Carton gross weight tolerance ±5%; carton cube tolerance ±5%; no carton above agreed maximum gross weight.'
For inspection, many importers still use AQL 2.5 for major defects and 4.0 for minor defects on retail textile programs, but the correct level depends on channel risk and unit value. If using AQL, define the inspection stage and defect classification. A blanket with pile shading, nap marks, and brushed-face pressure marks needs a defect guide with photo standards, otherwise two inspectors can grade the same lot differently. Related reference: AQL inspection checklist.
A short vendor-comparison checklist is often more useful than another marketing paragraph. Ask each supplier: where is colour locked; stock shade or custom masterbatch; one-side or two-side brush; actual finished GSM tolerance; edge type and SPI; pile-direction control during final inspection; light-fastness endpoint used; wash and pilling method used; reserve standard kept for repeats; standard carton count and cube; and whether pricing is FOB from the named port or ex-works with inland charges excluded.
One practical acceptance note for solution-dyed fleece: approval by lab dip alone is weak for repeat business. Use a sealed bulk standard from first approved production, then require repeat lots to match that reference under D65 with agreed pile direction. That one discipline prevents a large share of re-order disputes.
Frequently asked
What MOQ should I expect for a custom desert shade in solution-dyed 280gsm fleece? For a stock spinner shade, many programs start around 800-1,200 pieces per colour per size. For a custom dope or masterbatch colour, practical MOQ is often around 2,000-3,000 pieces per colour and can run higher if the spinner needs a minimum colour run or the buyer wants tight matching on muted tones such as sand or terracotta. If the order also uses mixed sizes, printed belly bands, or gift packing, the commercial MOQ can rise even if the fabric minimum does not.
Why specify both ISO 6330 procedure 4N and ISO 105-C06 C2S? They answer different parts of the problem. ISO 6330 procedure 4N sets the domestic laundering route, so everyone washes the specimen the same way. ISO 105-C06 C2S then grades colour change and staining after that wash. For mainstream GCC and US retail fleece, 4N plus C2S is a practical default because it reflects ordinary home-care severity without forcing a hospitality-level wash that many consumer throws are not labeled for. If your retail care label or customer use case is harsher, the protocol should be upgraded in writing before testing.
Is ISO 12945-1 always the right pilling method for fleece blankets? No. It is often a sensible default for brushed fleece because it can reflect random fibre-end entanglement seen in use, but some retailers mandate Martindale or their own protocol for cross-category consistency. The key is not to compare grades across different methods. Lock one method, one cycle count, and one acceptance level in the PO. For many retail fleece blanket programs, ISO 12945-1 at 2,000 revolutions with a minimum grade 3-4 after one wash is a workable starting point if the buyer has no mandated standard.
How should I read blue wool 4 versus blue wool 5 for desert retail? Blue wool 5 is a longer exposure endpoint than blue wool 4, so it usually gives a tougher light-fastness hurdle. Use blue wool 4 with grey scale grade 4 for standard folded shelf stock and moderate daylight exposure. Move to blue wool 5 for core shades that may sit in front-window display, glazing-adjacent shelving, or long-duration display in strong daylight. Neither number predicts exact field life; it is a controlled lab comparison, not a guarantee of identical performance in every storefront.
What cost items move the FOB most on this product? The biggest movers are size, MOQ band, colour route, and edge finish. A 150x200cm blanket costs materially more than 130x170cm because it uses more fabric and packs less efficiently. Custom dope colour usually adds more than a stock shade because of colour setup and approval steps. Hemmed edges cost more than overlock because of labour and thread consumption. Packaging adders such as belly bands, ribbons, insert boards, mixed-colour barcode handling, and vacuum packs also affect both product cost and carton cube. Testing is usually smaller in absolute value, but on low-MOQ programs it can change the effective unit cost sharply.
What tolerances should I write into a PO for 280gsm solution-dyed fleece blankets? A practical starting point is finished size tolerance ±2.5cm, finished GSM tolerance ±5%, bow and skew maximum 3%, carton gross weight tolerance ±5%, and carton cube tolerance ±5%. For shade, do not rely on loose wording such as 'match approved sample.' State that bulk must match the sealed approved standard under D65 with pile stroked in the agreed direction, and define whether lot-to-lot continuity is against the same original standard or a new approval standard each season.
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