RCS Recycled Acrylic Camp Blankets: 260gsm Stripe Specs

Yarn-dyed recycled acrylic camp blankets with striped layouts stacked beside cone yarns, shade cards and QC tools

Start with measurable product decisions

A 260gsm acrylic camp blanket sits between lightweight polyester fleece throws and heavier wool-blend stadium rugs. The buyer decisions are recycled-content claim, construction route, yarn-dyed stripe engineering, raised finish, edge finish, destination-market compliance and packing density. If these are not fixed, the same sales image can produce very different bulk goods: off-centre stripes, unsupported RCS wording, high pilling, shade banding, weak edges or cartons that miss the freight plan.

A practical starting brief is: finished fabric 260gsm ±5% after knitting or weaving, relaxation, brushing and shearing; finished size 130 x 170cm, 140 x 180cm or 150 x 200cm; yarn-dyed stripe layout; RCS recycled acrylic content stated by component; overlocked, bound or blanket-stitched edges; wash route confirmed by test; and final inspection under ISO 2859-1 or ANSI/ASQ Z1.4. A 130 x 170cm piece at 260gsm contains about 0.57kg of fabric before trims and process loss. Shipped unit weight often lands around 0.62-0.75kg depending on edge finish, labels, belly band, bag and compression. That weight affects FOB quotation, carton gross weight and parcel-shipping brackets.

For buyers comparing this route with lower-cost polyester fleece, the commercial question is not only GSM. Acrylic gives a warmer, wool-like hand and stronger yarn-dyed heritage appearance, but recycled acrylic yarn availability is narrower than polyester. If the order is graphic-led, polyester fleece may cost less and scale faster; if the order depends on yarn colour, stripe texture and a camp-rug look, acrylic is the stronger route. For a broader material comparison, see woven acrylic picnic rugs versus printed fleece mats.

RCS claim-chain requirements

RCS verifies recycled content and chain of custody. It does not certify softness, colourfastness, anti-pilling performance, social compliance, wastewater management or chemical safety. GRS also verifies recycled content and chain of custody, but adds broader social, environmental and chemical-management criteria. Do not use RCS wording as a substitute for restricted-substance testing or factory social audit requirements. For claim comparison across programmes, see textile certifications explained for buyers.

A finished blanket can carry an RCS claim only when the claimed recycled input and every processor in the claim chain are covered as required by the standard and certification body: fibre supplier, spinner, dyer if separate, weaver or knitter, finisher, cut-and-sew unit, subcontractor and trader or exporter where applicable. If certified yarn is bought by an uncertified blanket factory and converted outside the certified chain, the buyer may still have a recycled-input purchase record, but the finished blanket should not be marketed as RCS certified unless the certification body confirms the chain and issues the proper transaction documentation.

The PO should state the claimed percentage by component. Example: "Blanket face fabric: 260gsm finished weight, 70% RCS recycled acrylic / 30% virgin acrylic. Sewing thread, care label, brand label, belly band, polybag, zipper bag and carton excluded from recycled-content claim unless separately certified and included in the calculation." Broad wording such as "eco acrylic blanket" is weak. A safer claim is "made with X% recycled acrylic in the blanket fabric" when the scope certificate and transaction certificate support that exact wording.

Before sampling, ask for the yarn supplier's valid scope certificate, product appendix and material category scope. Before shipment, require a transaction certificate or equivalent certification-body document covering the shipped lot, invoice number, colour references, material composition and quantity. If one stripe colour uses non-certified acrylic because certified yarn is unavailable, the recycled percentage must be recalculated from actual component weights. Do not average upward for marketing convenience. For finished-product claim workflow parallels, see transaction certificate workflow for recycled blanket lots.

Bill of materials and claim calculation

Recycled-content claims should be calculated from a controlled bill of materials, not from the headline yarn blend alone. The buyer and mill must agree whether the claim applies to the fabric only, the textile blanket excluding packaging, or the full packed retail unit. Most clean consumer claims for this product are made on the blanket fabric or blanket textile components, because labels, sewing thread and packaging may not be certified or may contain non-textile materials.

Example BOM for a 130 x 170cm finished blanket: main striped fabric 570g at 70% RCS recycled acrylic and 30% virgin acrylic; overlock or blanket-stitch sewing thread 18g virgin polyester; woven brand label 3g polyester; care label 1g polyester; paper belly band 22g; LDPE polybag 16g; export carton share 55g. If the claim is "70% recycled acrylic in the blanket fabric", the calculation is 570g x 70% = 399g recycled acrylic, and the denominator is 570g fabric only. The claim can read "fabric made with 70% RCS recycled acrylic" if certification documents match.

If the claim is made on the finished textile blanket excluding packaging, the denominator includes fabric, thread and labels: 570g + 18g + 3g + 1g = 592g. Recycled acrylic remains 399g, so the finished textile blanket contains about 67.4% recycled acrylic by weight. If thread or labels are certified recycled, they can be added only when their own chain documentation is valid and the certification body accepts the component scope.

If the claim is made on the packed retail unit, the denominator includes packaging: 592g + 22g + 16g + 55g = 685g. Recycled acrylic remains 399g, so the packed unit contains about 58.2% recycled acrylic by weight. This is usually a weaker and less intuitive claim. The RFQ should specify the claim basis in one sentence and attach the BOM template so the mill, trader and buyer calculate from the same denominator. Rounding should be conservative; for example, state 67% rather than rounding 67.4% to 68% unless the certification body and retailer allow that convention.

Factory documents to request

Ask for documents early enough to block unsupported claims before yarn is dyed. Minimum file pack: valid scope certificate for each certified organisation in the chain; product appendix showing recycled acrylic, yarn, fabric or finished blanket scope as applicable; licence number and certification-body name; validity dates covering production; and subcontractor listing for dyeing, raising, shearing, sewing or packing if those steps are outside the main mill.

For bulk shipment, request transaction certificate timing in the PO. Many mills can apply only after invoice and packing quantities are fixed, so the certificate may follow shipment documents rather than precede container loading. The buyer should still require the application record, lot references, certified input quantities, finished output quantities and expected certificate issue timeline before final payment if the claim is business-critical.

Mass-balance records should connect certified input to finished output: yarn purchase order, incoming weight, dye lot, production loss, fabric roll weight, cutting loss, finished quantity and leftover stock. For a brushed acrylic blanket, raising and shearing loss can be roughly 2-6%; cutting, edging and reject loss can add more. If the mass balance assumes zero loss, challenge it. If several colourways share one certified yarn lot, the allocation must not double-count the same certified input.

Check that the exporter or trader is covered where the claim is passed through commercial documents. A factory may be certified while a trading company is not, or a subcontracted finisher may sit outside the scope. That gap can break the chain for finished-product claims even when the yarn itself is certified. For recycled polyester programme checks with similar document logic, see RPET polar fleece documentation for buyers.

MOQ and lead time by yarn scenario

RCS recycled acrylic is possible, but it is not a commodity yarn in the way recycled polyester fleece often is. Availability depends on post-industrial acrylic fibre streams, certified spinning capacity, shade requirements and whether dyeing already sits in scope. Buyers should separate stock certified yarn, custom-dyed certified yarn and multi-colour stripe programmes when planning MOQ and delivery.

Typical planning ranges are: stock certified yarn in neutral shades, about 500-1,000 pieces per colourway with 35-55 days after approval; custom-dyed certified yarn, often 1,000-2,000 pieces per colourway or several hundred kilograms of yarn commitment with 55-75 days; multi-colour yarn-dyed stripe programmes, commonly 2,000-5,000 pieces across a colour family if several shades need certified yarn reservation, with 65-90 days. These ranges depend on size, construction, yarn count, dyehouse queue, edge finish, packing and whether all processors already sit inside the certified chain.

Sampling timing also changes by route. If certified cone yarn is available, a stripe panel or salesman sample may take 10-20 days. If the spinner must produce recycled acrylic yarn first, allow 25-40 days before a meaningful pre-production sample. Do not approve photography samples from virgin acrylic unless the buyer accepts that bulk recycled yarn may differ in loft, shade depth, fibre fly, pilling and brushing response.

Construction route risk table

Construction choice affects MOQ, stripe accuracy, edge stability and brushing risk. The same 260gsm target can be made through woven, warp-knit or weft-knit routes, but they do not behave the same in finishing or retail presentation.

Route	MOQ pressure	Stripe accuracy	Edge stability	Brushing risk	Lead time	Cost impact
Woven acrylic	Medium to high because warp planning and colour yarn inventory matter	Best for centred layouts, borders and heritage stripe repeats when cutting markers are controlled	Cut edges fray; needs overlock, binding, hem, whip stitch or blanket stitch	Moderate; aggressive raising can blur yarn-dyed stripe edges and weaken surface yarns	Medium to long, especially for custom-dyed certified yarn	Higher than simple knit fleece; strong visual value for camp-rug styling
Warp-knit acrylic	Medium; beam preparation favours longer runs	Good for repeatable stripes, less flexible for frequent colour changes	Better than woven but still needs clean edge finishing for retail quality	Moderate; tension variation can show after raising and shearing	Medium once beams and yarn lots are ready	Often efficient at scale, but less traditional in hand than woven
Weft-knit acrylic	Lower to medium depending on yarn availability and machine gauge	Weakest for strict centring because relaxation can move stripe position	Elastic edges can curl or wave if binding tension is wrong	Higher; soft hand is easy, but pilling and dimensional change need control	Often shorter if yarn is in stock	Can be cost-effective, but photography and size tolerance risk increase

If the blanket must sit square in retail photography with a centred border stripe, woven construction is usually easier to control. If the brief prioritises soft hand, lower MOQ and speed, a weft-knit route may work, but the PO should carry tighter relaxation, size and stripe-placement controls. Polyester polar fleece, coral fleece and brushed microfiber follow a different route: knitted, raised and sheared. They are efficient, printable and less prone to edge fray, but they do not deliver the same yarn-dyed woven stripe identity. For buyers considering recycled-polyester alternatives, see RPET polar fleece blankets with recycled-content documentation.

Yarn count, ply and brushing

The guidance 2/32Nm to 2/48Nm refers to metric yarn count and ply structure. In metric count, Nm means metres per gram for a single yarn; a higher number is finer. "2/32Nm" means two plies of 32Nm yarn twisted together, giving a resultant count close to 16Nm. "2/48Nm" means two plies of 48Nm yarn, giving a resultant count close to 24Nm. Sourcing teams should not quote these as denier or cotton count. Acrylic spun-yarn equivalents vary by fibre type, twist and bulk, so the mill should confirm actual count, ply, twist direction, twist level, yarn strength and cone weight on the yarn spec sheet.

For a 260gsm acrylic camp blanket, 2/32Nm to 2/48Nm equivalent can be workable, adjusted to loom or knitting gauge, density and surface target. Finer yarns usually give cleaner stripe edges and smoother drape. Coarser yarns give more rustic bulk but may create higher fibre fly, less precise stripe borders and more uneven brushing. Blending virgin acrylic into recycled acrylic can improve spinning stability, tensile strength, shade consistency and loft. If the buyer requires 100% recycled acrylic in the fabric, confirm yarn strength, shade repeatability and pilling before approving the claim.

Brushing improves warmth and a wool-like handle, but it carries cost and risk. Raising and shearing can create roughly 2-6% process loss depending on construction, target nap, roller settings and shearing depth. Too little brushing feels flat and papery; too much brushing weakens the surface, increases lint, blurs stripe borders and raises pilling complaints. For raised acrylic, define face side, back side, number of passes, target pile height or hand standard, shearing level and acceptable lint after packing shake-out.

Specify GSM as finished fabric weight after relaxation, brushing and shearing unless there is a specific technical reason to control greige weight. The final customer receives the brushed blanket, not the greige fabric. Verify GSM by ISO 3801 or ASTM D3776 on conditioned specimens, typically after 24 hours in standard atmosphere where the lab can provide it. For a 260gsm ±5% target, the usual acceptance window is 247-273gsm average, with no individual panel so light that it creates visible density streaks. If the mill quotes greige GSM only, ask for expected finished GSM after brushing loss and finishing relaxation.

Stripe engineering and tolerances

Stripe maps should be technical files, not mood-board images. Define repeat direction, stripe width in millimetres, colour standard, yarn lot, cutting position, centring rule and allowed bow or skew. A blanket with a centre stripe needs a cutting marker tied to the repeat; otherwise bulk pieces may be technically within fabric repeat but visually off-centre in pack shots.

For normal bulk tolerance after relaxation and brushing, wide stripes should be controlled to about ±5mm in placement against the approved sample. Narrow accent stripes can often be held around ±2mm in width if yarn, machine tension and finishing are stable. For centre-stripe layouts, keep centreline deviation within ±10mm on 130-150cm width unless the design is intentionally irregular. Bow or skew should normally stay within 2% of blanket width or length; tighter values require costed process control. Very fine 2-3mm pinstripes are risky on raised acrylic because brushing softens the edge and fabric relaxation can make the line look uneven even when loom settings were correct.

A realistic approval sequence is cone-yarn shade card, lab dip only if dyeing fresh yarn, stripe strike-off or small blanket panel, pre-production sample in final edge and packing, bulk top sample from the first production lot, then final inspection. Dark navy, forest green, burgundy, black and red need rubbing-fastness checks against light labels, pale binding and customer clothing before bulk yarn release. Relevant colourfastness methods include ISO 105-X12 or AATCC 8 for rubbing, ISO 105-C06 for domestic washing and ISO 105-B02 for lightfastness if the product will sit in sunlit retail display or outdoor lifestyle photography.

Buyer spec sheet with pass criteria

Put acceptance levels in the PO and inspection booking. The table below is a practical baseline for 260gsm yarn-dyed acrylic camp blankets; tighten or loosen it by retailer requirement, claim risk and price point.

Item	Target spec	Tolerance	Method	Pass criteria
Finished GSM	260gsm after relaxation, brushing and shearing	±5%, usually 247-273gsm	ISO 3801 or ASTM D3776, conditioned sample	Average within range; no thin panels, heavy bands or visible density streaks
Finished size	Buyer size, e.g. 130 x 170cm	±2cm unless tighter is costed	Lay flat without tension after at least 4h relaxation	Within tolerance; square corners; no severe bow, skew or edge waviness
Dimensional change after wash	Stable for stated care route	Length and width within -5% to +3% for most retail throws	ISO 6330 wash procedure plus ISO 5077 measurement, or buyer method	No severe distortion, felting, edge twisting, colour bleeding or label detachment
Pilling	Raised acrylic face	Grade 3-4 minimum after agreed cycle; grade 4 preferred for premium retail	ISO 12945-2 Martindale or ASTM D3512 random tumble, method agreed before test	No dense pills, loose fibre clumps or severe surface matting
Colourfastness to washing	Yarn-dyed stripes	Colour change grade 4; staining grade 3-4 minimum	ISO 105-C06 or AATCC 61 as specified by market	No visible bleeding into pale stripes, binding or labels
Rubbing fastness	Dark shades and saturated stripes	Dry grade 4 minimum; wet grade 3 minimum, grade 3-4 preferred	ISO 105-X12 or AATCC 8	No unacceptable crocking onto white cotton, pale trim or packaging insert
Light fastness	Outdoor lifestyle or sunlit retail display	Grade 4 minimum; grade 5 preferred for strong outdoor positioning	ISO 105-B02	No obvious fading, shade break or stripe contrast loss after exposure level agreed
Shade tolerance	Against approved yarn card or sealed sample	Within grey scale grade 4 or buyer-approved DE value, commonly DE CMC ≤1.0-1.5 for solid shades	ISO 105-A02 visual grey scale or spectrophotometer under D65/10° if specified	No side-to-side shading, roll shading or colour family drift in the same carton
Stripe placement	Against approved stripe map	Wide stripe placement ±5mm; narrow stripe width ±2mm; centreline ±10mm unless design allows more	Flat measurement after relaxation and finishing	Retail face appears balanced; no miscut borders or obvious skew
Edge seam strength	Overlock, binding or blanket stitch	No seam opening under normal hand pull; target 70N+ for many throw edges where construction allows	ASTM D5034 adaptation or buyer seam-pull method	No broken stitches, skipped stitches, loose thread tails or edge unraveling

If a retailer uses its own manual, that manual overrides these baseline levels. The key is to avoid vague PO language such as "good pilling" or "normal colourfastness". Acrylic performance depends heavily on fibre quality, yarn twist, brushing aggressiveness and heat setting. A 260gsm blanket can pass GSM and still fail retail use if pilling, crocking or dimensional change is not controlled. For inspection structure beyond this product type, see blanket quality control inspection.

Sampling and approval checklist

Use a staged approval path so the mill does not commit bulk certified yarn before the buyer has accepted the visual and technical risks. Each stage should have a signed date, sample reference and decision: approved, approved with comments, or rejected.

Sampling checklist: 1) yarn-card approval for fibre composition, RCS status, yarn count, ply, twist and cone shade; 2) lab dip approval if yarn is custom dyed, with light source and tolerance stated; 3) strike-off or stripe panel showing repeat, stripe width, colour order, face side and brushing direction; 4) pre-production sample in final size, edge finish, labels, care label, folding and retail pack; 5) sealed sample signed by buyer and mill, used as final inspection reference; 6) bulk top sample from first production lot before full packing; 7) final random inspection under agreed AQL.

For striped acrylic, the stripe panel is not optional. A flat yarn card cannot show relaxation, brushing blur, edge waviness or centre-stripe balance. The pre-production sample should be made with the same certified yarn route intended for bulk whenever the claim and handfeel matter. If salesman samples are made with substitute virgin acrylic for speed, label them clearly as visual-only and do not use them as the sealed technical standard.

Keep one sealed sample at the factory and one with the buyer or inspection company. The sealed sample should include the approved care label, brand label, trim, stitch density, folding method and packaging. If bulk production changes yarn lot, dye lot, brushing passes or edge thread, issue a deviation note and get written buyer approval before shipment.

Chemical compliance by market

RCS does not replace destination-market chemical compliance. The compliance plan should match where the blanket is sold, who uses it and whether it is marketed to children, babies, hotels, airlines or general adults.

For the EU and UK, review REACH restricted substances and SVHC communication obligations, with attention to azo dyes, disperse dyes if relevant, formaldehyde, heavy metals in trims, PAHs in printed or coated components and packaging obligations. For the US, consider CPSIA if the product is a children's product, including lead in substrates and coatings and phthalates where applicable; 16 CFR Part 1610 flammability for wearing-apparel-like products may be requested by some buyers even when a throw is not apparel; and California Prop 65 warnings or testing strategy if selling into California. For China domestic sales, check applicable GB standards for textile products, labelling and safety category, such as GB 18401 for general textile safety and product-specific requirements where relevant.

OEKO-TEX Standard 100 can be useful as a buyer requirement for restricted-substance confidence, but only when the certificate is valid, the product class matches intended use and the certified article scope covers the blanket material and components. Do not claim OEKO-TEX unless the certificate holder, product description and validity match the actual goods. For class differences in blanket sourcing, see OEKO-TEX Standard 100 for custom fleece blankets.

Chemical testing should cover the final composite article when possible: acrylic fabric, dark stripe yarns, sewing thread, labels, printed packaging contact surfaces and any anti-pilling, softener or anti-static finish. Dark shades, recycled inputs and after-finishes create the highest risk of unplanned test failures. If the blanket is baby, child or hotel positioned, confirm the stricter requirement before yarn purchase, not after bulk finishing.

Edge finish and label details

Edge finish changes both appearance and failure mode. Overlock is efficient and light, but thread colour and stitch density must be controlled. Binding gives a cleaner retail edge and better fray cover, but wrong tension causes curling, roping or wavy edges after wash. Blanket stitch or whipped stitch fits heritage styling, but stitch length, yarn thickness and corner consistency affect perceived quality. For stadium-style edge references, see whipped-stitch edge specification.

For a 260gsm acrylic camp blanket, typical overlock settings may sit around 3-5mm bite width and 8-12 stitches per 25mm, depending on thread and fabric thickness. Binding often needs pre-shrunk tape or compatible polyester/acrylic binding, with corner bulk controlled by mitering or clean fold. Buyers should define acceptable thread tails, skipped stitches, seam grin, binding width variation and label placement tolerance. Label position tolerance of ±10mm is usually realistic; tighter placement on raised, elastic fabric slows sewing.

Sewing thread and labels also affect recycled-content claims. If the claim denominator includes all textile components, virgin polyester thread and labels dilute the percentage. If they are excluded, the claim wording must say so clearly. Care-label fibre content must follow the destination-market labelling rules and should not imply that the whole packed unit is 70% recycled acrylic when only the face fabric carries that composition.

Packing, freight and moisture control

Acrylic blankets recover loft after compression better than some long-pile plush fabrics, but heavy compression can crease edges, flatten nap and distort the folded retail face. A 130 x 170cm 260gsm unit commonly packs at roughly 12-20 pieces per export carton depending on fold, belly band, polybag, zipper bag and target carton weight. Keep carton gross weight practical for manual handling, often below 18-22kg unless the buyer's warehouse allows more.

Moisture control matters because brushed acrylic traps air and fibre dust. Goods should be packed dry after conditioning, not immediately after steam finishing. For sea freight, use sound cartons, polybag ventilation only if the destination and retailer permit it, and container desiccants where the route is humid. Avoid packing warm goods in sealed bags; condensation can cause odour, mildew on paper packaging and carton softening even when acrylic itself is synthetic.

Carton marking should connect to claim traceability: PO number, style, colourway, size, quantity, gross and net weight, carton number, country of origin and lot reference. If the transaction certificate will reference invoice or shipment quantity, keep packing lists aligned with certified quantity. Unexplained over-shipments or mixed uncertified replacement units can create certification and customs-document problems.

Bulk inspection plan

For general retail throws, many buyers use ISO 2859-1 or ANSI/ASQ Z1.4 single normal sampling with AQL 2.5 for major defects and AQL 4.0 for minor defects. Critical defects are usually not allowed. Premium retailers may require AQL 1.5 major or their own manual. State the plan in the PO and inspection booking so the factory understands the risk before packing.

Major defects for this product include wrong fibre claim, unsupported RCS labelling, wrong size outside tolerance, severe shade mismatch, obvious stripe misplacement, open seams, broken binding, heavy pilling on receipt, stains, odour, holes, dirty packaging and wrong care label. Minor defects include small loose threads, slight brush variation, small packing wrinkles, minor label tilt within tolerance and small yarn slubs that do not affect saleability. Critical defects include mould, sharp contamination, live insects, illegal claim labelling, mixed origin marking or safety-risk contamination.

Inspection should measure several pieces across cartons and colourways, not only top pieces from one carton. Check size after relaxation, weight with a calibrated scale, stripe placement on a flat table, shade against sealed sample under agreed light, edge strength by hand pull or gauge method, label correctness, carton count and scan labels if barcodes are used. For a broader checklist structure, see AQL inspection for throw blankets.

RFQ wording that prevents disputes

A strong RFQ turns the visual brief into manufacturing instructions. Include: finished size and tolerance; finished GSM after relaxation, brushing and shearing; construction route; yarn count range; exact fibre composition by component; RCS claim basis; stripe map with millimetre dimensions; colour standards; edge finish; label and packing spec; test requirements; inspection AQL; Incoterm; port; and document requirements.

Example RFQ wording: "130 x 170cm yarn-dyed acrylic camp blanket, finished 260gsm ±5% after relaxation, brushing and shearing, woven construction preferred, fabric composition 70% RCS recycled acrylic / 30% virgin acrylic, recycled claim applies to blanket fabric only unless BOM confirms otherwise. Stripe placement per attached map: wide stripe ±5mm, narrow stripe ±2mm, centreline ±10mm. Pilling ISO 12945-2 grade 3-4 minimum; wash dimensional change ISO 6330/5077 within -5%/+3%; rubbing ISO 105-X12 dry 4 wet 3 minimum; washing ISO 105-C06 colour change 4 staining 3-4 minimum; light ISO 105-B02 grade 4 minimum. Final inspection ISO 2859-1, AQL 2.5 major / 4.0 minor. Quote FOB Ningbo or Shanghai and state certified-chain processors."

For Incoterms, FOB Ningbo or Shanghai is usually clearer for factory-controlled export freight, while FCA can suit buyer consolidation. CIF and DDP require assumptions about carton cube, destination charges, duty, VAT, customs broker fees and claim-document timing. If comparing quotes, keep Incoterm and packing density the same; a cheaper unit price can disappear if the blanket is packed with too much air. For general lead-time planning, see custom blanket lead times and shipping.

Frequently asked

Can a 260gsm acrylic camp blanket be labelled RCS certified if only the yarn is certified? Not automatically. The finished-product claim depends on chain-of-custody coverage through the required processors and trader or exporter where applicable. Certified yarn bought by an uncertified factory does not by itself support an RCS finished-blanket claim. Ask for valid scope certificates, product appendix scope and transaction certificate coverage for the shipped lot.

Is 260gsm measured before or after brushing? For buyer-facing specs, define 260gsm as finished fabric weight after relaxation, brushing and shearing because that is what the customer receives. Verify by ISO 3801 or ASTM D3776 on conditioned specimens. A common tolerance is ±5%, or about 247-273gsm for a 260gsm target.

How should the recycled percentage be calculated when trims and packaging are present? Use the agreed claim denominator. If the claim is fabric-only, divide recycled acrylic weight by fabric weight. If the claim is finished textile blanket, include fabric, sewing thread and labels. If the claim is packed retail unit, include packaging too. Virgin thread, labels, belly bands and bags dilute the percentage unless separately certified and included in the chain.

What pilling grade is realistic for raised recycled acrylic? A practical retail baseline is grade 3-4 minimum by ISO 12945-2 or an agreed ASTM method, with grade 4 preferred for premium ranges. Recycled acrylic fibre quality, yarn twist, brushing passes and shearing depth all affect pilling. Approve pilling on the same yarn route and brushed finish intended for bulk.

Which colourfastness tests should be specified for dark striped acrylic blankets? Use ISO 105-C06 for washing, ISO 105-X12 or AATCC 8 for rubbing, and ISO 105-B02 for light if the blanket is displayed in sunlit retail or marketed for outdoor lifestyle use. Typical baseline targets are washing colour change grade 4, staining grade 3-4, dry rubbing grade 4 and wet rubbing grade 3 minimum.

What stripe tolerance should buyers allow? For normal raised acrylic bulk, wide stripe placement around ±5mm, narrow stripe width around ±2mm and centreline deviation around ±10mm are realistic starting points. Very fine 2-3mm pinstripes are risky because brushing and relaxation soften the edge.

Which construction is best for a heritage camp-blanket look? Woven acrylic is usually best for heritage stripe character, centred layouts and stable visual presentation. Warp-knit can be efficient for longer repeatable runs. Weft-knit can be softer and faster, but stripe centring, edge curl and dimensional change need tighter controls.

What chemical compliance applies to RCS recycled acrylic blankets? RCS is not a chemical safety standard. EU and UK sales need REACH review; US children's products may need CPSIA checks, and California sales may need Prop 65 strategy. China domestic sales should check applicable GB textile standards such as GB 18401. OEKO-TEX can help only when the certificate scope and product class match the actual blanket.

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Specifying RCS recycled acrylic camp blankets