Start With The Fabric Line, Not The Style Name
A buyer may call the product an oversized wearable blanket, sherpa hoodie, blanket hoodie, hooded lounge robe or TV blanket. For production, the first line should be specific: 100% polyester sherpa fleece, 360gsm ±5%, knitted base, one-side brushed pile, garment cut-and-sew. If the hoodie is double-faced, state whether 360gsm is the total composite weight or only the sherpa layer. A 360gsm single-layer sherpa garment and a 360gsm sherpa shell sewn to 180-220gsm flannel are different products in fabric cost, garment weight, folded height, wash behaviour and freight CBM.
For winter retail programmes, 360gsm polyester sherpa blanket hoodies sit in the high-bulk category. They feel more substantial than 250-300gsm fleece ponchos, but they are still workable on standard overlock and lockstitch lines if the pattern avoids excessive seam stacking. A loose knit base gives loft but can grow at shoulder seams and pocket openings. A tighter base holds shape better but may brush flatter. Ask the mill for mass per unit area by ISO 3801 or ASTM D3776, pile height range, usable width after relaxation, roll length, shade-lot reference, bow/skew condition and fabric tensile or bursting data before cutting the size set.
Do not treat GSM as a single lab number. Sherpa pile traps air and moisture, so test results move if the roll is measured straight after brushing, after vacuum packing, after steam relaxation, or from a compressed roll edge. Condition specimens at standard atmosphere where possible, relax fabric 12-24 hours before cutting, and sample across left, centre and right roll width. For bulk control, we normally want at least three specimens per roll position and a retained approved standard. A roll average within ±5% is common, but a left-to-right difference above about 7-8% should be investigated because it can indicate uneven brushing, fabric tension or shearing.
Cost drivers are mostly in the fabric, not the simple hoodie silhouette. For 360gsm sherpa, buyers should expect price movement from pile height, filament denier, yarn count, brushing passes, shearing level, usable fabric width, marker efficiency, shade-lot MOQ, lining or bonding, and carton compression. A 155cm usable width may cost less per kg than a 170cm usable width but lose more fabric on oversized body panels. Dark shades, melange effects and low-MOQ custom colours can require separate dye lots or higher greige commitment. Related fleece weight decisions are similar to those in fleece weight throw blanket programs, but hoodie sewing adds stretch, grading and seam-load risks that flat blankets do not have.
The PO should also define face side, nap direction and brushing finish. If panels are cut with mixed nap direction, the garment can show dark/light bands even when the dye lot is correct. For navy, charcoal, bottle green and black, specify one-way marker cutting for all visible panels, panel bundling by garment, and shade-lot segregation by cutting table. Add photo callouts in the tech pack: face side arrow, nap-down direction, hood centre seam, pocket bartack position, seam stacking points at cuff and underarm, and acceptable pile crush after folding.
Clarify The Selling Category Before Compliance Review
A hooded sherpa blanket can be sold as a blanket substitute, lounge garment, novelty costume, sleepwear-adjacent item or outdoor stadium layer. Those words matter. The same construction may face different labelling, flammability and child-safety expectations depending on age range, marketing copy, hangtags, online category and packaging imagery. Decide the category before artwork and care labels are approved.
For US adult loungewear or blanket-substitute positioning, review general wearing apparel flammability under 16 CFR Part 1610 unless a more specific rule applies. If the item is marketed for children, the review becomes stricter: CPSIA tracking labels, lead in substrates and coatings, phthalates where plasticised components are used, small parts where toggles or decorations exist, and children’s sleepwear rules if the item is sold or represented as sleepwear. Children’s sleepwear in the US is a specialised category under 16 CFR Parts 1615/1616; a loose, fuzzy hooded garment should not be casually marketed for sleeping unless the compliance route has been confirmed by a qualified lab or counsel.
For the EU and UK, check REACH restricted substances, fibre composition labelling, care labelling, drawcord safety for children under EN 14682 where relevant, and General Product Safety Regulation or UK GPSR expectations. If the hoodie is sold for children, avoid neck drawcords and review toggles, pompoms, decorative tabs and long cords. For markets that require language-specific fibre and care information, build translation into the artwork schedule; late label changes are a common reason for shipment delay.
For California sales, a Prop 65 review is prudent, especially if the product uses PVC packaging, plastisol prints, coated labels, metal trims, pigment prints or recycled inputs with unclear history. For EU sales, REACH Annex XVII screening should include azo colourants where dyed or printed textile components are used and phthalates if plasticised packaging or trims remain with the product. For broader blanket and textile certification planning, see textile certifications explained for buyers. Do not print certification marks or recycled-content claims unless the scope certificate, transaction certificate or label approval actually covers this product and supplier chain.
Buyer-Facing Spec Table For 360gsm Sherpa Hoodies
Use the table below as a starting point for adult oversized sherpa blanket hoodies. Final values must be adjusted to your block, size range, lining and retail fit. Put tolerances into the PO before PP sample approval.
| Spec item | Recommended range or tolerance | Factory note |
|---|---|---|
| Fabric GSM | 360gsm target; production tolerance typically ±5% by ISO 3801 or ASTM D3776 | State whether GSM is shell only or total composite. Condition and relax fabric before testing. |
| Pile height | 6-10mm typical for 360gsm sherpa; tolerance ±1mm against approved standard | Measure without crushing pile; shearing variation changes shade appearance. |
| Usable width | 150-175cm after 12-24h relaxation; tolerance ±2cm roll-to-roll unless agreed | Marker efficiency changes quickly on oversized bodies. |
| Fabric shrinkage | After ISO 6330 wash and ISO 5077 measurement: length/width normally within ±3%; lining differential ideally within 2 percentage points | Higher shrinkage needs pattern allowance and revised care label. |
| Hood opening POM | Adult half-measure commonly 34-38cm; tolerance ±1.0cm | Define straight or curved measurement on the diagram. |
| Hood depth POM | Adult range often 33-38cm depending on block; tolerance ±1.0cm | Check on mannequin because hood weight can pull back neckline. |
| Body length / chest / sweep | Length ±1.5cm; chest and sweep ±2.0cm for oversized adult styles | Do not stretch pile during measurement. |
| Sleeve length / cuff opening | Sleeve ±1.5cm; cuff opening ±0.8cm | Define measurement method: CB neck, shoulder seam or dropped shoulder seam. |
| Pocket-mouth length | Adult usually 22-28cm per side; tolerance ±0.8cm | Measure between bartack ends along finished mouth edge. |
| Bartack size | 8-12mm length; 28-42 stitches per bartack as machine-dependent starting range | Reject skipped, loose or cut pile base at bartack ends. |
| Stitch density | Overlock 6-8 SPI; lockstitch/topstitch 7-9 SPI; avoid excessive density on pile base | Too dense stitching can perforate knitted backing. |
| Seam allowance | 10mm preferred for bulky sherpa; minimum 8mm where design permits | Narrow seams curl and shed more at stress points. |
| Carton compression | Do not compress finished folded height more than about 15-20% for standard retail packs | Over-compression causes pile crush, carton bulge and barcode scuffing. |
Define Points Of Measure Before Sampling
Most disputes on sherpa blanket hoodies come from unclear measurement points. A tech pack should include a flat measurement diagram or written POM definitions for every fit-critical line. The sample room, bulk sewing line and final inspector must measure the same way, with the garment laid flat, smoothed without stretching, pile not compressed by hand pressure, and hood/pocket edges aligned before reading the tape.
Recommended POM definitions: hood opening is measured along the front hood edge from left neckline join to right neckline join with the hood laid flat and edge relaxed; state whether the value is a straight edge measurement or measured along the curved seam. Hood depth is measured from top hood seam or crown point to the centre-front neckline join, following the hood centre line. Chest width is measured 2.5cm below the armhole seam, straight across from side seam to side seam. Sweep is measured at the bottom opening straight across, excluding rib stretch unless rib is part of the finished width. Sleeve length must be defined as centre-back neck to cuff edge, shoulder point to cuff edge, or dropped shoulder seam to cuff edge. Pocket mouth is measured along the finished hand opening between bartack ends, not across the full pocket panel.
Flat POMs are not enough. Blanket hoodies can pass the measurement table and still fail on body because hood weight pulls the neckline backwards, the armhole restricts reaching, or sleeve openings ride above the wrist. Approve the size set on at least one fit model or mannequin per main size group: youth if applicable, adult S/M, adult L/XL and plus/oversize where sold. Fit checks should include arms raised forward, hands in pocket, hood worn up, hood worn down, sitting posture and a 2-3 minute wear check for back-neck drag.
Add diagram callouts for POMs and construction points: A hood opening, B hood depth, C front neck drop, D chest, E sweep, F sleeve length, G pocket-mouth length, H pocket bartack, I nap direction arrow, J seam stacking at cuff or side seam. These letters should appear on the pattern sheet, sample comments and inspection checklist so the factory and third-party inspector are discussing the same point.
Hood Grading: Example Starting Table
The hood is where 360gsm polyester sherpa blanket hoodies often fail first. A hood copied from a sweatshirt block usually looks small once sewn in 360gsm pile because seam turnback and pile compression steal internal room. The front edge may roll if the seam allowance is narrow, the lining shrinks differently from the shell, or the topstitch pulls the pile unevenly. For adult oversized styles, check hood opening, hood depth, front neck drop, back neck width, neckline seam length and finished hood weight on the size set.
Do not grade the whole garment by scaling the medium. Sherpa blanket hoodies need enough chest width, sweep, sleeve circumference and body length for a relaxed blanket fit, but over-grading the hood creates back pull and a heavy neckline. A small/medium can use shorter hood depth and narrower shoulder drop. XL/XXL usually needs more cross-front, sleeve bicep and sweep before it needs a much larger hood.
| Adult size | Chest width flat | Body length | Hood opening half | Hood depth | Pocket mouth each side |
|---|---|---|---|---|---|
| S | 72cm | 88cm | 34.5cm | 33.5cm | 22.5cm |
| M | 76cm | 92cm | 35.5cm | 34.5cm | 23.5cm |
| L | 80cm | 96cm | 36.5cm | 35.5cm | 24.5cm |
| XL | 84cm | 100cm | 37.5cm | 36.5cm | 25.5cm |
| One size adult | 82-88cm | 95-102cm | 36-38cm | 35-38cm | 24-27cm |
This table is a development example, not a universal fit block. Chest and sweep can move by 4cm per size for a relaxed look, while hood opening often moves only 1cm per size. If the design uses a lined hood, specify lining type: self sherpa, 180-220gsm flannel, coral fleece or jersey. Self sherpa looks full but can create a stiff neckline, high needle heat and bulky seam stacking. A flannel lining reduces bulk and helps the hood sit flatter, but it adds a second shrinkage behaviour that must be checked after washing.
For kids' or youth styles, avoid functional drawcords unless the destination market and age range have been reviewed against EN 14682 or applicable local rules. Hooded blanket styles for children may also be questioned as sleepwear or loungewear depending on marketing, packaging imagery and retail category. Several hooded blanket issues are covered in EN 14682 drawcord safety review for hooded fleece blanket wraps.
Kangaroo Pocket Construction: Where Hands Tear Seams
A kangaroo pocket on 360gsm sherpa is a load point. Customers pull it sideways, load phones into it, and use the pocket mouth as a hand-warmer opening. The pocket panel should be cut with stable grain direction and enough turnback at the mouth. A useful development spec is 20-25mm folded mouth allowance, reinforced with coverstitch, twin needle or lockstitch topstitch depending on the factory line. On sherpa pile, 6-8 stitches per inch is often safer than dense stitching because too many needle penetrations can perforate the knit base and create a tear line.
Pocket mouth failure usually comes from three causes: no bartack at the opening ends, stitch tension set for thinner fleece, or pocket placement too close to the side seam on larger sizes. Use an 8-12mm bartack at each pocket-mouth end, or a short box reinforcement where the pile hides bartacks poorly. If the pocket is bagged or lined, specify pocket bag fabric, finished pocket depth, pocket mouth length and pocket placement from centre front and hem. A shallow pocket may pass on a hanger but lose phones during wear. A very deep pocket sags under load and distorts the front body.
Pocket pull targets should be buyer-specific because fabric base, pocket shape and stitch type vary. As a practical bulk control, pocket-mouth end reinforcement should withstand at least 70-100N static pull for adult retail styles without seam opening, broken stitches or fabric tear. For promotional low-cost styles, buyers sometimes accept lower internal targets, but that should be written down. Inspect both pocket-mouth ends because one side often fails first due to operator handling and fabric feeding direction.
Add a close-up photo callout for approved pocket construction: pocket-mouth fold width, topstitch row position, bartack length, bartack distance from opening edge, pocket top placement from centre front, and nap direction. If the approved sample uses hidden reinforcements or stay tape at the pocket mouth, list the tape width and placement. A hidden 8-12mm nonwoven or tricot tape can improve pocket durability, but it adds cost and can show through pale sherpa if too stiff.
Sewing Setup For Bulky Sherpa
A 360gsm sherpa hoodie is not difficult sewing, but it punishes a line set for thin fleece. The usual setup is 4-thread overlock for main joining, lockstitch or coverstitch for topstitching, and bartack for pocket mouths and stress points. For bulky intersections at hood neckline, cuffs and pocket corners, a walking-foot or top-feed lockstitch helps reduce layer creep. If the factory has only bottom-feed machines, ask for sample evidence at the thickest seam stack before confirming the order.
Needle choice should be tested on the actual fabric. A common starting point is ballpoint or light ballpoint needle, size Nm 90/14 to Nm 100/16 for main seams, because the knitted backing can ladder if cut by a sharp needle. For topstitching through multiple pile layers, some factories move to Nm 110/18, but needle heat and visible holes must be checked. Thread is often 100% polyester spun or textured polyester; ticket 40/2 or Tex 27-35 is a normal starting range for lockstitch, with bulkier textured thread in overlock loopers where a softer seam is wanted. The final choice should be based on seam strength and appearance, not habit.
Overlock configuration needs its own line item. For main seams, specify 4-thread overlock, 5-6mm bite width, balanced looper tension, 6-8 SPI and seam allowance around 10mm. Differential feed is usually set slightly positive, often around 1.1-1.3 as a starting range, to control stretching on the knit base; the exact setting depends on machine, fabric relaxation and seam direction. Too much differential creates puckering and a rope-like seam. Too little creates wavy shoulder seams and stretched pocket edges.
Bulky intersections should be graded and controlled before bulk. Trim seam allowances in steps where safe, avoid stacking pocket edge, side seam and hem fold at the same point, and use a hump jumper or manual levelling at thick transitions. At hood neckline, distribute seam bulk and avoid joining a self-sherpa hood, body neckline and back neck tape into one uncontrolled ridge. Where a label is inserted at back neck, test for needle deflection and skipped stitches. Metal needle detection should be used after sewing where the product category or buyer requires it; for children’s product programmes, make needle control mandatory rather than optional.
Test Matrix For Bulk Approval
A test plan should be agreed before PP sample approval. The table below gives typical methods and practical acceptance targets for adult 360gsm polyester sherpa hoodies. Buyers with children’s ranges, sleepwear claims, FR requirements or strict retailer manuals may need tighter or different criteria.
| Risk | Method | Typical acceptance target |
|---|---|---|
| GSM / mass per unit area | ISO 3801 or ASTM D3776 | 360gsm target; ±5% lot tolerance unless approved; sample left/centre/right roll width |
| Colourfastness to washing | ISO 105-C06 or AATCC 61 | Colour change grade 4 minimum; staining grade 3-4 minimum for dark shades |
| Colourfastness to rubbing | ISO 105-X12 or AATCC 8 | Dry grade 4 minimum; wet grade 3 minimum, higher for white trims or pale linings |
| Pilling / surface change | ISO 12945-2 or ASTM D4970 | Grade 3-4 after agreed cycles; report matting and pile flattening separately |
| Dimensional stability | ISO 6330 wash, ISO 5077 measurement | Length/width within ±3%; shell/lining differential preferably within 2 percentage points |
| Seam strength | ASTM D1683 or ISO 13935-2 adapted to seam type | Main seams no rupture below about 100N for adult use; set buyer target by fabric base |
| Pocket-mouth strength | Internal static pull or adapted seam strength test | No broken stitches, fabric tear or bartack opening at 70-100N for 10 seconds |
| Fabric shedding / linting | ISO 9073-10 adapted or buyer lint box method | No excessive loose fibre transfer after wash and tumble; compare to approved standard |
| Flammability | 16 CFR Part 1610 for US adult apparel where applicable; market-specific review for sleepwear | Pass applicable class or rule; do not rely on adult apparel result for children’s sleepwear |
| Needle / metal contamination | Broken needle log plus calibrated metal detector | 100% garment pass where required; daily calibration records retained |
For pilling and shedding, do not judge only the unwashed hand sample. Sherpa can look excellent out of brushing and then release loose fibre after the first wash if shearing dust and cut pile are not removed. Require pre-shipment cleaning, lint removal and a wash-tested PP sample. For dark colours, wet crocking and lint transfer onto pale garments or sofa fabrics should be checked before launch.
For fabric and seam testing, the acceptance target should match the use. A blanket substitute worn on the sofa can accept different abrasion and seam-load risk than a youth costume, outdoor stadium product or travel hoodie. For wider blanket QC structure, see blanket quality control inspection.
Inspection Levels, AQL And Defect Examples
For a normal retail order, many buyers use ANSI/ASQ Z1.4 or ISO 2859-1 single sampling, General Inspection Level II. A common starting point is AQL 0 for critical defects, AQL 2.5 for major defects and AQL 4.0 for minor defects. Higher-risk children’s products, first-time factories, dark shade assortments or compressed e-commerce packs may justify tightened inspection or added in-line inspection after first 10-20% of production.
Critical defects include needle or metal contamination, burn holes, mould or contamination, wrong fibre/content label, missing safety warning where required, illegal drawcord construction for children’s sizes, sharp trim, and any failure of mandatory flammability or chemical compliance. Major defects include wrong size label, out-of-tolerance chest or hood POM, mixed nap direction on visible panels, pocket bartack missing, open seam, broken stitch at stress point, shade mismatch beyond approved standard, severe pile crush, incorrect care label, wrong carton assortment, and barcode unreadable. Minor defects include slight thread tails, minor pile indentation, small untrimmed lint, light washable marking, or stitch waviness within approved appearance standard.
Measurement inspection should cover all sizes and colours, not only the top-selling SKU. For oversized hoodies, inspect chest, body length, sleeve length, hood opening, hood depth, pocket-mouth length and sweep. Record garment temperature and relaxation time if goods are measured immediately after unpacking from compressed cartons; compressed sherpa can recover over several hours and change the apparent dimensions at hood and sleeve opening.
Carton checks should include gross weight, carton dimensions, barcode scan, carton mark, assortment, polybag warning where needed, desiccant use if specified, and closure strength. For drop testing, use ISTA 1A as a common reference for parcel or e-commerce packs, or the retailer’s own drop sequence. A high-bulk hoodie can pass garment QC and still fail distribution if cartons bulge, tape peels, inner bags split, or compressed piles distort the retail presentation.
Cost, MOQ And Packing Trade-Offs
The landed cost moves when buyers change fabric structure, not only when they change garment measurements. Increasing pile height from about 6mm to 9-10mm usually raises yarn consumption, brushing time, folded height and carton CBM. A softer loose pile may sell well at retail but can shed more and recover worse after compression. A lower, denser pile can be cleaner in cartons but may feel less plush. Buyers should approve both hand feel and packed recovery, not hand feel alone.
MOQ depends on greige availability, dyeing route, colour count and lining choice. If the mill has stock greige 360gsm sherpa, solid colours may be feasible at lower MOQ than custom melange, yarn-dyed effects or special recycled claims. Custom dyeing can require a dye-lot commitment that is larger than the sewing MOQ. Adding a 180-220gsm flannel lining creates second-fabric MOQ, second shade control, extra cutting, extra sewing time and differential shrinkage risk. Self-sherpa lining increases fabric consumption and carton CBM faster than most buyers expect.
Usable width affects cost more than the quoted fabric price suggests. Oversized body panels may waste fabric on a narrow usable width, especially when one-way nap cutting is required. Ask for marker efficiency on the actual size ratio. A programme that looks cheaper at fabric quotation stage can cost more per garment if the marker drops several percentage points or if XL panels force a less efficient layout.
Packing should be costed with real folded samples. Vacuum compression may reduce CBM, but it can crush pile, crease labels, distort hoods and increase customer complaints if the product is sold as a plush gift item. For direct-to-consumer shipping, a tighter pack may reduce freight and storage cost; for club stores or department retail, presentation recovery may be worth the higher CBM. A practical PP approval should include carton count, folded size, polybag gauge, carton dimensions, gross weight, compression ratio, 24-hour unpack recovery and barcode scuff check.
Incoterms also change the real decision. Under FOB Ningbo or FOB Shanghai, the buyer sees ocean freight and destination handling separately. Under CIF or DDP, the supplier may hide CBM pressure in the unit price. For bulky winter hoodie programmes, compare cost per garment and cost per cubic metre. A 5-10% CBM increase can matter more than a small sewing-price saving during peak-season freight.
Pre-Production Approval Checklist
Before bulk cutting, the buyer and factory should freeze these items: fabric GSM and pile standard, shade cards by colour, nap direction rule, face side, approved size set, POM diagram, hood grading table, pocket reinforcement, seam allowance, stitch density, needle and thread setup, label content, care label, compliance test plan, packing method, carton dimensions and AQL plan.
The PP sample should be made on bulk fabric or confirmed pilot fabric, not only sample-room substitute cloth. Wash one PP sample before approval and compare hood shape, pocket mouth, sleeve opening, pile matting, lint release and dimensional change. For lined styles, check twisting after wash and whether the lining pulls the shell at hem, cuff or hood front edge.
Factories should keep a sealed standard for each colour and size-set approval sample. Cutting should not start until fabric rolls have been relaxed, shade sorted and checked for width. For dark shades, check under D65 or agreed store-lighting condition because sherpa nap can exaggerate shade differences. For mixed colour assortments, do not combine shade lots in the same carton unless the buyer approves that risk.
What A Good Tech Pack Should Show
The best tech packs for sherpa blanket hoodies are visual and measurable. Include front, back and inside garment drawings; a POM diagram; hood section view; pocket close-up; nap direction arrows; seam stacking detail at hood neckline, cuff and pocket edge; label placement; fold method; and carton layout. Add photographs from the approved PP sample with callouts for hood depth, pocket bartacks, stitch gauge, pile direction and acceptable pile recovery after packing.
Written notes should be specific enough for the sewing supervisor: 4-thread overlock main seams, 10mm seam allowance, differential feed start range, ballpoint needle size range, thread ticket, bartack length, pocket-mouth fold, topstitch distance from edge, label insertion position and metal detection requirement. Avoid vague notes such as premium finish, strong stitching or soft hand. Those cannot be inspected.
The final section of the buyer file should contain the inspection and compliance checklist: target market, selling category, age range, fibre label wording, care symbols, flammability route, chemical screening, drawcord review, AQL levels, critical/major/minor defect list, carton drop-test requirement, and retained sample list. That is the document that prevents a soft prototype from becoming an expensive winter return problem.
FIELDLOOM Buyer Notes
For 360gsm sherpa blanket hoodies, we ask buyers to confirm three items early: market category, fit block and packing target. If the item is a blanket substitute for adults, the development path is simpler. If it is children’s loungewear, costume or sleepwear-adjacent, compliance and labelling must be resolved before styling details such as drawcords, novelty ears, appliques or gift packaging are locked.
Our preferred development sequence is fabric standard first, size-set second, wash-tested PP third, then pilot inspection before full sewing. That sequence costs a little more time than approving a single hand sample, but it catches the common failures: mixed nap, hood pullback, pocket tear, seam waviness, lint release, carton bulge and incorrect labelling. For a heavy pile garment, those are not cosmetic details; they decide whether the programme survives retail handling and first wash.
A good 360gsm sherpa hoodie is not just a thick blanket with sleeves. It is a bulky knitted garment with visible nap, load-bearing pocket openings, a heavy hood and freight-sensitive packing. Specify it that way and the factory has a fair target to build against.
Frequently asked
Is 360gsm sherpa enough for a winter blanket hoodie? Yes for most indoor winter and gift retail programmes, if the pile is stable and the garment has enough body width. A 360gsm single-layer sherpa feels plush without becoming as stiff as some double-layer constructions. For colder outdoor positioning, buyers may add a 180-220gsm lining, but that increases cost, seam bulk, shrinkage risk and carton CBM.
Should GSM be tested before or after brushing? Bulk control should be based on finished fabric after brushing, shearing and relaxation, because that is what the garment uses. Condition the fabric where possible, relax it 12-24 hours, and sample left, centre and right across the roll. Sherpa GSM can read inconsistently if tested straight from compressed rolls or only from roll edges.
Can a sherpa blanket hoodie be sold as sleepwear? Only after compliance review for the target market and age group. In the US, children’s sleepwear can fall under 16 CFR Parts 1615/1616, which is very different from ordinary adult loungewear or blanket-substitute positioning. Marketing copy, packaging photos and online category can affect the interpretation.
What AQL level is sensible for sherpa blanket hoodies? A common starting point is General Inspection Level II with AQL 0 for critical defects, 2.5 for major defects and 4.0 for minor defects. First-time production, children’s products, dark shades, novelty trims or compressed e-commerce packs may justify tightened inspection or added in-line checks.
What is the main pocket failure on 360gsm sherpa hoodies? The pocket-mouth ends tear first. Use an 8-12mm bartack or short box reinforcement at each opening end, keep stitch density moderate, and test pocket-mouth pull. A practical adult target is often 70-100N static pull for 10 seconds without broken stitches, fabric tear or bartack opening.
Why does the hood look smaller in bulk than on the sample? Common causes are thicker bulk fabric, narrow seam allowance, pile compression at the front edge, lining shrinkage, or using a sweatshirt hood block without adding room for sherpa thickness. Check hood opening, hood depth, neckline seam length and back-neck drag on a size set, not only on one medium sample.
Have a project in mind? Send us your spec — we'll reply within one business day with indicative pricing and a sample plan.
Related
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- Blanket Quality Control & Pre-Shipment Inspection — AQL Explained
- EN 14682 Safety Review for Hooded Fleece Blanket Wraps
- ISO 6330 Rules for 320gsm Sherpa Travel Blankets
- Sustainable & Recycled Blanket Sourcing — rPET, GRS & Eco Packaging