Stacked 320gsm faux rabbit fur throws on an inspection table with nap brushed in one direction, care labels visible, and gift ribbon packs beside AQL check sheets

Define what 320gsm means before you inspect it

For this programme, 320gsm should mean the finished product basis unless the PO says otherwise: mass of the completed throw after brushing/shearing and finishing, measured on the finished area only, excluding packaging, hang tags, ribbons, cartons, and loose inserts. If the throw has fringe, tassels, or decorative bindings, the PO must state whether those are included in declared gsm. For most buyer specs, include them only if they are part of the sewn finished article. If the product has a bonded backing or laminated layer, the gsm declaration must say whether the backing is included. Do not accept supplier quotations that mix face-fabric gsm with finished-goods gsm.

Write the calculation into the PO and QC sheet: gsm = finished piece weight in grams ÷ finished area in square metres. Measure on finished goods after conditioning to standard atmosphere, typically 20 ± 2°C and 65 ± 4% RH, then weigh on a calibrated balance suitable for the piece size. For a retail throw programme, a reasonable internal tolerance is often ±5% on declared gsm, but that is a programme choice, not a universal rule. If the retailer uses ±3% or a one-sided lower limit, that must be specified in the PO and matched to the golden sample.

Use a repeatable method for finished-area gsm, not a loose factory estimate. Best practice is to sample at least five pieces per lot when lot size permits, drawn from different cartons and, if relevant, different production batches. Measure each piece individually and record the mean, range, and any outlier beyond the agreed tolerance. If the buyer wants a lot-average rule, state that clearly; if the buyer wants every piece within tolerance, say that as well. Weight testing should be treated as measured data, not AQL defect counting. A throw can pass attributes inspection and still fail the lot average if the contract says so.

A faux rabbit fur throw is commonly built from a cut-pile polyester face on a knit backing, usually with short to medium pile. Typical commercial constructions might use face yarn in the broad range of 75D to 150D and a pile height around 6-12 mm before final shearing, but those are example build ranges, not acceptance criteria. Higher denier can improve body and pile density, but it can also reduce drape and increase seam bulk. Lower denier can feel softer, yet it can flatten faster in compression packing. Lock the construction only after approved hand sample and light-box review.

Use a construction spec, not just a handfeel description

Softness, sheen, and loft are outcomes. The PO should name the structure that produces them. A buyer-side programme should state: fibre composition, backing type, pile height after finish, finished gsm basis, finished size tolerance, seam type, stitch density, and approved visual standard. If the supplier is offering a reverse-side sherpa, brushed fleece, or flannel reverse, treat it as a different SKU family, not an equivalent substitute. Construction changes alter crush recovery, seam appearance, linting, and how colour reads under store lights.

A practical retail spec could read: 100% polyester faux rabbit fur face, knit backing, finished gsm 320 ±5% on finished-area basis, pile height 6-10 mm after shearing, finished size 127 x 152 cm ±2 cm, centre seam allowed only if hidden and matched to the sealed sample, hem or binding width 12-18 mm, stitch density 8-11 SPI on visible seams, colour approved to a sealed lab dip or strike-off, and final appearance approved against a golden sample under D65-type light. If the article uses a decorative border, define border width in mm and whether the border is cut from the same pile direction or a separate panel.

If the product is vacuum-packed, specify recovery requirements after opening. A practical buyer rule is: remove from pack, shake once, brush once in the approved pile direction, and allow 24 hours at room temperature before final shelf appearance judgement. If crease memory remains visible after that window, the lot should be assessed as a major appearance risk. For private label gift programmes, appearance recovery is often as important as seam strength because returns are driven by shelf impression, not only function. Internal link: https://fieldloom.com/solutions/230gsm-rpet-microfleece-blankets-with-sonic-cut-edges-edge-fusion-cons for a related edge-finish reference.

Pile direction: set a pass/fail rule, not a preference

Pile direction is a measurable requirement because faux rabbit fur changes shade with nap lay. Under retail lighting, opposite lay can read as a different colour even when the dye lot is correct. Inspection should be done under diffuse white light, then at approximately 45 degrees from both ends, with the declared front side oriented upright. The approved standard should show the intended direction arrow on the pattern card or sewn label placement sheet. If the visible face contains mixed nap direction, the lot should be failed as a major appearance defect unless the buyer has pre-approved a deliberate panel effect.

Write the rule in buyer language: 'Pile to run top-to-bottom when the care label is at lower left and the product is viewed from the front.' That wording is workable only if the packaging format is fixed. Better is to define a physical reference point: front face displayed flat on a table, binding nearest the inspector at the bottom edge, main care label placed at the lower-left corner on the reverse, and pile brushed toward the top edge. If the throw is folded for shelf presentation, specify whether pile direction is judged on the open throw, the folded front panel, or both. Ambiguity here is a common dispute point.

Verification should be done on a flat table. Brush the pile lightly in the declared direction, then inspect for 30 seconds after release. A failed panel is one where the lay does not recover to the approved direction or where a visible shade band remains after brushing. For short-pile faux fur, a 30-second to 2-minute visual recovery window is common, but the recovery window must be written into the PO. If the pile crushes but recovers fully, it is usually a minor appearance issue. If the crush creates a permanent shading line or a visible panel boundary, it is a major defect. Related reference: https://fieldloom.com/solutions/290gsm-double-face-sherpa-blankets-with-woven-logo-tabs-side-match-tol for side-match and nap-control ideas in plush constructions.

Apply ANSI/ASQ Z1.4 correctly, and do not confuse it with automatic acceptance

AQL 1.5 is not a blanket pass mark. Use ANSI/ASQ Z1.4 for the sampling plan, then apply the agreed defect classes. The PO should cite the exact edition and year, such as ANSI/ASQ Z1.4-2008 or the buyer's current controlled edition, plus any customer amendments. If the customer uses a house revision or a retailer portal table, that document controls. Do not mix editions in the same programme.

First determine the lot size, then read the sample size code letter from the lot-size table at the selected inspection level, usually General Inspection Level II unless the buyer specifies otherwise. From that code letter, select the sample size and the acceptance/rejection numbers from the single-sampling table for the agreed AQL. Those table values are edition-specific. Do not quote a generic acceptance number without tying it to the actual edition and lot-size code used in the PO.

Keep attribute and variable data separate. Z1.4 is an attributes plan: defects are counted as critical, major, or minor. Measured items such as gsm, length/width, pile height, stitch density, or lab shade values should be recorded as variables and compared to the PO tolerance. A lot can pass the Z1.4 attribute count and still fail dimensional or gsm requirements if the contract says measured data are pass/fail. State this clearly in the inspection form.

Critical defects should be handled separately from the AQL count. For this programme, critical defects are not accepted: mould, wet pack, infestation, contamination, sharp foreign matter, wrong fibre declaration where it creates a legal or safety issue, chemical odour beyond buyer threshold, or any condition that makes the item unsafe or non-compliant should trigger automatic rejection or 100% sort regardless of AQL outcome. Major defects affect function, saleability, or retailer acceptance. Minor defects affect appearance but not immediate use. If a retailer wants zero criticals and AQL 1.5 majors, write that explicitly. If the retailer also wants a separate minor defect AQL, state that number too. Internal link: https://fieldloom.com/solutions/aql-inspection-for-280gsm-jacquard-flannel-throw-blankets-with-satin-b for a related attribute-inspection structure.

Defect matrix: classify by impact, not by sympathy

Use one matrix for the whole programme so the inspector does not improvise. A practical structure is below: - Critical: mould, wet pack, infestation, contamination, sharp foreign object, wrong fibre or content declaration where legally material, chemical odour beyond the buyer threshold, or any legal/safety issue. Disposition: reject lot or 100% sort; no acceptance under the AQL count. - Major: open seam; seam skip longer than 5 mm on a functional edge; visible hole or needle damage over 2 mm; mixed pile direction on the visible face; shade band visible at 1 m under the specified light source; missing or wrong care label; wrong barcode/SKU; finished size outside tolerance; packaging failure that exposes the product; visible centre join on a SKU that was approved as single-piece only. - Minor: loose thread with tail length over the agreed trim limit but not affecting function; slight label skew within the approved placement band; light pile crush that recovers; small fold mark that clears after unpacking; slight corner fullness variation within the approved sample.

Make the thresholds objective and signed off against the golden sample. Examples: label skew not more than 3 mm from the approved placement template, loose thread not longer than 5 mm on visible faces and 10 mm on hidden faces, seam deviation not more than 3 mm from the sew-line template on hems, and corner twist not exceeding the approved sample. Shade should be judged against a sealed standard under one specified light source; if the buyer wants instrument control, add a ΔE00 target on the approved lab dip and the finished batch against the master. Without a master standard, 'minor shade variation' is too subjective to use consistently.

Separate aesthetic from functional defects. A throw can be fully usable but still unacceptable to a retail buyer if the nap reads patchy, the sheen is uneven, or the folded presentation looks crushed in the gift box. For department-store gift programmes, aesthetic defects often become major because they affect shelf appeal and returns. If the item is sold as a premium gift, classify visible crush lines, panel gloss mismatch, and uneven pile lay as major even when the seam is structurally sound.

If your buyer uses a specific defect library, map your wording to theirs before production starts. For example, some retailers classify wrong label placement as major only if it blocks legal text or barcode scan, while others treat any placement outside the placement window as major. Put the customer amendment in the PO and the inspection checklist. Internal link: https://fieldloom.com/solutions/blanket-quality-control-inspection for a broader QC framework.

Sampling example: a buyer-side lot check that actually works

Assume a lot of 3,200 throws packed in 80 cartons, 40 pieces per carton, one SKU, one colour, one size. The buyer specifies ANSI/ASQ Z1.4-2008, General Inspection Level II, single sampling, AQL 1.5 for major defects, zero criticals, and AQL 2.5 for minor defects if minors are scored separately. The inspector first reads the sample size code from the lot-size table, then uses the matching AQL table to get the sample size and acceptance/rejection numbers. Those table values must be copied onto the inspection report before cartons are opened.

For carton sampling depth, open cartons across the full lot, not only from the top of the pallet. A practical rule is to sample from the first, middle, and last third of the shipment, plus any cartons showing damage, wetting, or label mismatch. If the lot has 80 cartons, a workable distribution is to pull cartons from at least 10-15 cartons spread across different pallet positions; if the carton count is lower, increase spread rather than taking multiple samples from one stack. If defects cluster in one carton, the inspector should continue sampling adjacent cartons from the same pallet or production run to determine whether the issue is local or systemic.

Example of measured-data handling: if the sample contains 2 pieces at 308 gsm, 1 piece at 319 gsm, and 1 piece at 333 gsm, and the PO tolerance is 320 ±5%, the inspector records pass/fail per piece and the lot average. If the buyer says average only, one out-of-tolerance piece may still be acceptable; if the buyer says every piece must be within tolerance, that piece fails the lot even if the AQL attribute count passes. Do not leave this ambiguous.

Worked inspection outcome, using the selected table plan: - Sample size: table-derived from lot size and inspection level. - Acceptance number for majors: table-derived from the AQL 1.5 plan. - Rejection number for majors: acceptance number + 1. - Defects found: 1 reversed nap panel, 1 open seam at a corner, 2 minor label skews within tolerance, 1 light crush that recovered after brushing. If the sample plan allows only a certain number of major defects and the inspection finds more than that number, the lot fails. If the sample stays at or below the acceptance number for majors, the lot passes on majors but still needs the minor count checked against the minor AQL if that clause exists. Record defect location by carton number, pallet position, and panel side so the mill can identify process drift.

The report should state whether one defect per piece is counted once or multiple times. For example, a single piece with both wrong pile direction and open seam can count as two defects if your defect rules are per defect, or as one major if your programme uses per-piece worst-defect counting. Choose one method and write it into the PO.

Packaging and carton inspection need their own checks

Retail gift throws fail in the carton more often than buyers expect. Compression packing can leave a permanent press line, mis-oriented nap, or a corner dent that the product cannot recover from before shelf display. The inspection plan should therefore include pack-out criteria, not only textile defects. Check carton mark accuracy, inner polybag size, desiccant use only if approved, fold direction, ribbon placement, barcode scannability, and the count per master carton. A product can pass sewing QC and still fail retail receiving because the pillow insert, ribbon, or belly band shifts the fold and creates a visible shadow line.

Use a defined pack presentation. For example: front face folded with the pile direction visible on the top panel, care label positioned at the lower-left of the reverse fold, barcode facing outward, and ribbon tied to the approved wrap tension. If the product is packaged flat, define the fold map with dimensions, not words like 'neat' or 'aligned.' The package spec should also define whether the throw is polybagged individually, whether the bag has suffocation warnings, and whether the bag gauge meets the buyer's minimum if one is specified.

Packaging defects that usually count as major: torn polybag, missing insert card, wrong barcode, wrong colour sticker, crushed presentation fold that does not recover, damaged ribbon or bow, or mixed SKU in the same retail pack. Minor packaging issues include slight carton print scuff, small tape wrinkle, or a label placed within the approved tolerance but not perfectly centred. If the retailer uses a gift-box plan, request a pack-out pre-production sample and sign it as the pack golden sample, not just the textile golden sample.

For shipment control, add a carton ID and line reference on every master carton and on the inspection form. That makes lot sorting possible if the buyer decides to accept part of the shipment after rework. If cartons are damaged in transit, inspect outer packaging separately from internal goods and document whether the damage is transport-related or pack-related.

What to write into the PO so the inspection is enforceable

A usable PO should include the following, in plain language: - Product description with fibre composition and finished construction - Exact gsm basis: finished-goods gsm or fabric gsm, and whether fringe/binding is included - Measurement method for gsm, size, and pile height - Tolerance for gsm, dimensions, pile height, and seam placement - Exact ANSI/ASQ Z1.4 edition/year and any customer amendments - Inspection level, AQL values for critical/major/minor, and whether attributes only or attributes plus variable checks - Carton sampling plan: how many cartons to open, carton distribution, and escalation rule if defects cluster - Light source: D65-type or specified booth, plus viewing distance and angle - Golden sample ID and who signed it - Defect classification matrix and disposition rules - Packaging format, fold map, label positions, and barcode specification - Rework, sort, and reinspection rules if the lot fails

If you want consistent outcomes, add the following operational details: who owns the golden sample, what happens if the sample disputes the factory's appearance standard, and whether the buyer or third-party inspector has final visual authority. Also state whether measured data are to be recorded for every sampled piece or only exceptions. This prevents arguments over whether gsm was checked as an average or per-piece metric.

A short PO checklist for this category: 1) Declared finished gsm basis confirmed. 2) Tolerance written for gsm, size, pile height, and stitch placement. 3) Z1.4 edition and inspection level written. 4) Critical/major/minor definitions attached. 5) Carton sampling spread defined. 6) Light box and viewing distance defined. 7) Golden sample and pack golden sample signed. 8) Rework, sort, and reinspection rule agreed. 9) Mixed-lot handling rule written. 10) Final acceptance sign-off owner named.

What to do when the lot fails

Do not treat failure as only pass/fail. The PO should state the disposition path before production starts. Common options are: 100% sort by the mill, repair and reinspection, buyer waiver with price adjustment, or replacement production. If the lot fails on critical defects, the usual outcome is reject or 100% sort; if it fails on majors but the defects are localised, a controlled sort may recover saleable stock. If the lot fails due to mixed pile direction or wrong presentation fold, 100% sort is often faster than chasing individual defects because the error is usually systematic.

If rework is allowed, define the reinspection rule. For example: sorted goods must be rechecked at the same inspection level, with the same AQL or a tighter customer amendment, and replacement cartons must not be mixed into the original rejected lot unless each carton is re-labelled and re-traceable. If the buyer accepts mixed replacement cartons, state the limit and the documentation required. Without this, replacement goods can create traceability disputes at warehouse receiving.

If the lot fails on measured data such as gsm or finished size, decide whether the answer is rework, downgrade, or reject. A throw that is short by 1-2 cm may be acceptable in some retail programmes if the golden sample matches the same tolerance band; a gsm shortfall usually cannot be corrected after finishing and may require reclassification or remake. Write the disposition rules into the contract so the inspection report does not become the only source of law.

From a mill perspective, the fastest recovery path is usually: isolate the failing batch, identify whether the issue is lay-up, brushing direction, seam setup, or pack-out, then sort by carton and panel orientation. For appearance-only faults, many lots can be recovered with a combination of 100% visual sort and repacking. For contamination, odour, or wrong content declaration, rework may not be commercially sensible.

Frequently asked

Is AQL 1.5 a pass/fail rule for every defect type? No. AQL 1.5 is a sampling plan used with a defined defect classification. Critical defects are usually zero tolerance, majors use the AQL count, and minors may have a separate AQL if the PO says so. Measured items such as gsm, size, and pile height should be handled as variable data, not defect counts, unless the PO explicitly converts them into pass/fail limits.

Which ANSI/ASQ Z1.4 edition should the PO cite? Cite the exact edition and year used by the buyer or the customer portal, for example ANSI/ASQ Z1.4-2008 if that is the controlled version. If the retailer has a house amendment or portal table, that document overrides the generic edition for that programme.

How many cartons should be opened during inspection? There is no single universal carton count. The PO should define how cartons are distributed across the lot. A practical rule is to spread sampling across the first, middle, and last thirds of the shipment, and to open more cartons if defects cluster in one pallet or production run.

Should gsm be checked on every sampled piece or as a lot average? Either is possible, but the PO must say which one applies. Many programmes record each sampled piece and also calculate a lot average. If the buyer wants every piece within tolerance, write that explicitly; do not rely on a lot average unless it is contractually accepted.

What happens if the lot fails on pile direction but seams are otherwise acceptable? If pile direction is written as a major appearance requirement, the lot can fail even when seam construction is sound. The usual recovery path is 100% sort or rework if the direction error is systematic and correction is possible by repacking or reorientation.

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