Where Entry 43 risk actually sits on a 300gsm printed mink throw
A typical 300gsm mink throw is a polyester raschel or warp-knit pile fabric, usually around 280-320gsm finished weight, sheared and heat-set, then dyed or printed before cutting and sewing. For EU market review, the relevant restriction is REACH Annex XVII Entry 43. The precise legal point is that the article shall not contain azo dyes that may release any of the listed aromatic amines from the listed textile or leather parts above 30 mg/kg for each released amine under the applicable test method. Buyers should avoid the looser phrase 'must not contain listed azo colorants' because the restriction is tied to amine release from the relevant part under prescribed conditions.
For a printed mink throw, the practical compliance scope normally sits in textile parts with direct and prolonged skin contact during normal use: the printed face fabric, reverse fabric if dyed separately, contrast binding if present, and any sewn-in textile label or trim located in the restricted-contact portion of the article. The legal text references oral-cavity contact categories, but that is not a normal use case to centre in a polyester throw risk review. Keep it as legal wording, not as the assumed real-life exposure route for this SKU.
Labels and trims are not automatically in scope. A small seam label buried in a folded hem may be low relevance if it is not in the restricted-contact portion; a large decorative woven label on the face edge is more likely to matter. The decision should follow the actual construction drawing and use position, not habit. Packaging is a separate workstream. Polybags, insert cards, belly bands, zipper bags and adhesive stickers may still need review under retailer RSL or other REACH controls, but they are not booked under Entry 43 textile-article logic by default. For broader quality-file structure, see blanket-quality-control-inspection and textile-certifications-explained-buyers.
A buyer-ready risk scoring model
Narrative risk labels are not enough for release decisions. Use a weighted scoring model so sourcing, QA and compliance teams classify the same way. A practical model for printed mink throws is: dark ground shade 0-20 points; separate overprint colours 0-15; subcontracted print-house 0-15; separate textile label vendor 0-10; emergency shade correction or recipe change after strike-off 0-20; missing lot traceability by ink or dyestuff batch 0-20. Total score 0-24 low, 25-49 medium, 50-69 medium-high, 70-100 high.
A low-risk example is a white-ground sublimation print from one approved print-house with sealed strike-off, fixed ink set, no textile trim vendor split, and full lot mapping from paper or ink batch to finished lot. A medium-risk case is a 1-3 colour pigment print on polyester mink with controlled curing records and one approved chemistry set. Medium-high risk usually starts with dark navy, black, burgundy or bottle green grounds, dense coverage, black correction mixes, or a separate woven hem label vendor. High risk means any combination of unsealed strike-off, undocumented batch substitution, emergency reprint, or incomplete traceability.
This scoring model does not replace laboratory evidence. Positive-list declarations, ink-batch declarations and print-house approvals are process-control evidence; they reduce risk but do not replace finished-component testing where buyer policy requires it. Legal compliance evidence is the lab report on the relevant component against the applicable method, tied to a lot reference. Keep those two evidence streams separate in the file.
For adjacent sourcing choices that affect colour-bearing components, see custom-blanket-decoration-methods and digital-sublimation-printing-on-280gsm-flannel-fleece-artwork-moq-and-.
Polyester print chemistry: what raises risk and what does not
Polyester mink throws commonly use disperse-based transfer or sublimation systems, or pigment print systems depending on artwork, pile effect and MOQ. That common polyester chemistry does not justify a blanket assumption of safety. The compliance question remains component- and colorant-specific: which dyestuff or ink set was used on which contact textile component, by which subcontractor, from which batch, and was anything corrected after approval.
Pigment printing puts colour on the surface with pigment, binder and auxiliaries. Entry 43 concern sits in the colorant package and related chemistry, not in commercial defects such as stiff hand, gloss shift, poor pile lay, crocking or cure inconsistency. Those are performance failures, not proof of azo non-compliance. Transfer and sublimation systems usually give softer hand and sharper register on polyester pile, but they still need control of the actual ink set, transfer paper source, machine line and batch traceability.
A practical control rule is simple: if the supplier cannot state the exact print route, chemistry supplier, batch code and subcontracting chain, move the order into high-risk sampling and hold shipment. On the performance side, printed mink throws often pair chemistry review with ISO 105-X12 rubbing fastness, ISO 105-C06 wash fastness where care claims require it, and sometimes pilling or surface appearance checks after laundering. Those tests are useful, but they do not stand in for Entry 43 screening. For adjacent performance methods, see iso-105-x12-rubbing-fastness-for-red-300gsm-flannel-fleece-throws-dry- and iso-105-c06-wash-fastness-testing-for-black-280gsm-coral-fleece-throws.
How to write the lab request without over-specifying the wrong method
Do not write 'test to accredited azo method' and leave the rest to the lab. A better booking states the regulation, component, lot reference and method family. For example: 'REACH Annex XVII Entry 43 review on textile component A, 300gsm polyester mink throw, colourway Navy/Red, bulk lot PR-240318, dark navy printed face fabric, EN 14362 series as applicable'. That wording lets the lab and buyer tie any finding back to the right component and production lot.
Method selection needs care. EN 14362-1 is commonly used for many textile submissions. EN 14362-3 is not a routine co-equal add-on for every booking; it is triggered by the substrate/colorant situation and should be selected by the lab where that analytical route is appropriate. Buyers who force both methods onto every polyester throw can spend more and still get a weaker file if the component descriptions are vague. The right instruction is to specify the EN 14362 series as applicable to the submitted textile component and colorant situation, then confirm the lab’s rationale on the report or booking sheet.
Ask the lab to report each detected listed aromatic amine and its result in mg/kg, not only a generic pass/fail. The legal benchmark is 30 mg/kg per released listed amine. A buyer-grade report should show the component identity, colourway, lot reference, method used, and the result table by amine. Also check that the testing laboratory holds ISO/IEC 17025 accreditation covering the relevant azo amine textile method scope. That accreditation supports the evidence file, but it still does not fix poor sample identity.
Sampling matrix, frequency and decision rules
The article should not stop at 'test every new style and every new colourway'. Buyers need a matrix. For new style + new colourway, test one sealed strike-off or production-representative swatch per colourway before bulk approval, then one bulk sample per colourway after printing stabilises and before final packing. For repeat style + repeat colourway with no approved change, many buyers reduce to the darkest or highest-risk colourway plus any changed component, but only after at least 2-3 consecutive clean orders with documented traceability. For any new print-house, new ink set, new label vendor or shade correction, revert to new-style frequency for the affected component set.
A workable first-order matrix for printed mink throws is: 1) darkest ground fabric component; 2) darkest printed area; 3) any separate red, orange, burgundy or black correction overprint; 4) any textile label in the restricted-contact portion if it has its own dye or print chemistry; 5) any coloured textile binding or edge trim from a different supplier. If one colourway contains both a dark navy ground and a separate red overprint, treat them as separate test components. On a PO with 5 colourways, 1 shared black woven hem label and 1 dark binding sourced separately, a cautious first run may reasonably book 7-11 component tests, not 5 blanket-level tests.
Sample draw timing matters. Strike-off approval hold point: submit sealed strike-offs before bulk release. Pre-bulk document review hold point: chemical declarations and BOM approval must clear before printing starts. Bulk lab draw hold point: take retained swatches from the first stable bulk run, not from hand-made development pieces. Shipment release hold point: final release only after the applicable component reports and change-control review are complete. If a supplier ships before those gates clear, the importer file is already weak.
Decision rules should be written in the quality agreement. A pass on one panel does not automatically clear later lots if there is shade correction, subcontractor switching, fabric mill substitution, label vendor change, reprint, or emergency raw-material swap. Those are mandatory retest triggers. If the supplier cannot prove there was no chemistry or source change, treat that as a change. For buying context around timing and MOQ pressure, see custom-blanket-lead-times-shipping and low-moq-startup-blanket-sourcing.
Worked example: navy ground, red overprint, black woven hem label
Take one SKU: 150x200cm, 300gsm polyester mink throw, navy ground, red overprint logo, black woven hem label. Entry 43 booking usually covers the navy face fabric because it is a colour-bearing textile component in direct and prolonged skin contact; the red overprint area because it uses a separate colorant build; and the black woven hem label only if that label is a textile component positioned in the restricted-contact portion during normal use. If the reverse is undyed white and not separately coloured, it may not need a separate azo booking. If the care label is a small white satin seam tag hidden inside a folded hem, many buyers would keep it out of Entry 43 and manage it under document review unless buyer policy says otherwise.
What does not belong in the same Entry 43 booking by default? The outer polybag, paper insert, barcode sticker and carton mark. Those go to the buyer’s broader RSL or packaging review if required. Likewise, a silicone badge or PVC patch is not a textile azo component under Entry 43 logic, though it may require separate restricted-substance review under other controls.
This example is where weak files often fail. The navy face passes, the red overprint fails, or the blanket body passes while the black woven label from a separate trim vendor fails. Without component-specific booking and lot coding, the factory cannot isolate the cause. With the right booking language, the buyer can stop only the affected lots or components instead of freezing all stock by guesswork.
Pre-bulk hold points and document pack checklist
A PO line that says only 'REACH compliant' is not enough. Before bulk printing starts, buyers should require a controlled document pack tied to the approved style and colourway. Minimum checklist: signed BOM with component IDs; style spec with size, nominal 300gsm, composition and construction; colorant or ink declarations by component; print route declaration; subcontractor list covering print-house, label vendor, trim vendor and fabric mill; lot traceability map; prior test reports by component where relevant; change-control approval records; and signed supplier RSL declaration.
Use formal hold points. Hold point 1: strike-off approval before bulk procurement of print chemistry. Hold point 2: pre-bulk chemical document review before bulk printing starts. Hold point 3: lab sample draw after first stable production output, with retained swatches sealed and signed. Hold point 4: shipment release gate after test review and change-control sign-off. These gates are operationally more useful than broad wording about supplier responsibility.
A practical traceability map should connect PO number, colourway code, print-machine date, ink or dyestuff batch, operator line, component ID, cut lot, carton range and shipment booking. If the factory cannot map a failed component back to affected lot numbers within a few hours, containment becomes slow and expensive. For inspection framework detail, buyers often align final workmanship checks with AQL 2.5 major / 4.0 minor or buyer-specific rules, but that AQL file is separate from the chemical file. See aql-2-5-inspection-checklist-for-200gsm-coral-fleece-promotional-blank and blanket-quality-control-inspection.
Failure workflow, confirmatory steps and release criteria
If one component fails, do not argue from declarations first. Isolate the failed component, stop shipment, and confirm duplicate sample identity against retained swatches, component ID and lot code. Then decide whether confirmatory testing is appropriate. A second test on the same verified component can be useful where sample identity or laboratory handling is genuinely in doubt, but it is not a substitute for containment. Keep chain-of-custody notes for the original and retained sample.
Next, trace affected production lots using the lot map. Review whether the failed component was limited to one print date, one ink batch, one label vendor lot or one subcontractor line. Check substitution history after strike-off: print-house switch, emergency black correction, label vendor replacement, missing batch record, or raw-material delay. This step often identifies whether only one cut lot is affected or whether the issue extends across the PO.
Remake, rework or cancel should be defined in advance. Remake is the usual path when the failed component is the blanket body or a large skin-contacting print area. Rework may be possible only if the failed item is a removable textile label or replaceable binding and the replacement can be validated without damaging the article. Cancellation is reasonable where traceability is broken, multiple lots are implicated, or substitutions cannot be reconstructed confidently. Shipment release should require: passed applicable component reports, closed CAPA, updated lot map, and approval records showing no unreviewed change after testing.
Limits of sample representativeness
One passed panel is evidence for that panel, not a lifetime clearance for the style. Representativeness weakens fast when there is shade correction, subcontractor switching, trim or label substitution, or a late recipe adjustment to hit colour tolerance. On dark grounds such as navy or black, even a small correction can mean a different chemistry path in practice, which is why sealed strike-offs and batch-coded retained swatches matter.
This is also why buyers should store at least one retained swatch per tested component and per tested lot, sealed with date, colourway and component ID. If the factory keeps only an unlabelled blanket offcut, post-failure investigation becomes speculative. A good retention habit is cheap compared with remake cost or customs detention.
If your program has frequent artwork changes, mixed print-houses or rush replenishment, do not over-read historical passes. Reduce reliance on prior reports and increase current-lot testing frequency. For adjacent sourcing strategy on recycled or alternative fleece programs, see sustainable-recycled-blanket-sourcing and fleece-weight-throw-blanket-program.
Frequently asked
What is the actual legal benchmark under REACH Annex XVII Entry 43 for a printed mink throw? For the relevant textile parts, the article shall not contain azo dyes that may release any listed aromatic amine above 30 mg/kg for each released amine under the applicable method. Ask the lab for the result table by amine in mg/kg, not only a generic pass/fail statement.
Should every label be tested under Entry 43? No. Focus on textile labels or trims that are colour-bearing components in the restricted-contact portion of the article. A buried seam label may be low relevance, while a decorative woven face-side label may justify testing. Packaging and many non-textile trims belong in separate RSL review, not automatic Entry 43 booking.
Do buyers need both EN 14362-1 and EN 14362-3 on every order? Usually no. EN 14362-3 is not a routine co-equal add-on for all bookings. Method selection should follow the substrate and colorant situation, with the lab applying the appropriate EN 14362 route for the submitted textile component. Over-specifying both on every booking can add cost without improving control.
How many tests should a first order of printed mink throws include? There is no single count, but a cautious first order often tests each new colourway at strike-off stage, then production-representative bulk samples for the highest-risk components. A 5-colourway PO with a separate dark label vendor and a coloured binding can easily require 7-11 component tests rather than 5 blanket-level tests.
Do declarations from ink suppliers replace laboratory testing? No. Positive-list declarations, signed RSL forms and ink-batch paperwork are process-control evidence. They reduce sourcing risk and support traceability, but they do not replace finished-component testing where buyer policy or risk level requires it.
What should happen if one component fails? Stop shipment, isolate the failed component, confirm retained sample identity, consider confirmatory testing if sample identity is genuinely in doubt, trace affected lots, review substitution history, and decide remake, rework or cancellation based on whether the failed part is removable and whether traceability is intact.
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