360gsm PV plush digital printed throws being checked on a cutting table for pile direction, shade and print penetration

Why 360gsm PV plush behaves differently from flannel fleece

A 360gsm PV plush throw is usually a 100% polyester warp-knitted or weft-knitted pile fabric with a smooth raised face. For TV retail throws, a common finished construction is 340 to 380gsm, with pile height around 4 to 6 mm after shearing and brushing. The ground fabric holds the pile yarns; the visible colour is carried mainly by raised fibres lying in one direction. That construction gives the sheen buyers want on camera, but it makes printing less forgiving than short-pile flannel fleece.

A PV plush shade can look noticeably darker when viewed with the pile and lighter or frosted when viewed against the pile. This is not only subjective colour taste. The pile changes light reflection, especially under high-output LED studio lamps and close camera angles. If the sampling team approves a panel viewed from the top edge but bulk packing mixes pile directions, the same SKU can look like two shades during a live demonstration.

Compared with a 260gsm brushed flannel fleece, PV plush has more open pile volume and more fibre movement. A disperse print that colours only the pile tips may look saturated when flat, then show pale roots when the presenter folds the throw over a sofa arm or brushes the surface by hand. For other fleece print routes, see digital sublimation printing on 280gsm flannel fleece; the artwork logic overlaps, but PV plush needs stricter pile-direction, penetration and shade-band controls.

For TV shopping, the PO should define face side, top edge, pile direction, artwork orientation, folding direction and retained approval samples. A description such as “360gsm printed plush blanket” is not enough for repeatable production. The product is being judged by camera, studio lighting and customer handling, not by a flat table photo only.

Choose the right print route before strike-off

PV plush is normally printed with disperse dye, but buyers should clarify the exact route. The main options are direct disperse digital printing onto the polyester pile, followed by fixation and washing, or transfer sublimation from paper onto the pile face. Both can work, but they behave differently on loft, penetration, handfeel and artwork sharpness.

Direct disperse digital printing can give better control on heavier pile fabrics because ink is applied to the textile, then fixed by heat, commonly by steaming or high-temperature fixation depending on the dye system and mill setup. It can improve colour build on dark grounds, but the process must be balanced. Too much ink or aggressive fixation can flatten the pile, stiffen the hand, increase drying time, or cause shade shift after washing and finishing. Washing after fixation removes unfixed dye and auxiliaries, but it can also raise pile distortion if fabric tension and drying temperature are not controlled.

Transfer sublimation is cleaner for short-pile polyester fabrics and can give sharp artwork with fewer wet-process steps. On 4 to 6 mm PV plush, however, transfer heat and pressure mainly contact pile tips. If pressure is increased to improve penetration, the face can be crushed and the plush hand may not recover fully after brushing. Transfer also carries higher risk of pale root exposure on dark navy, black, wine, chocolate and charcoal grounds unless the artwork is designed to tolerate a lighter base.

For a TV retail programme, the strike-off should be made on the same base fabric, same finished pile height, same print route and same post-print finishing planned for bulk. A paper artwork proof, a polyester flannel substitute, or a small sample printed on a different pile height is not reliable. Ask the factory to state: direct disperse or transfer sublimation; fixation method; whether post-print washing is included; final brushing and shearing sequence; and expected effect on pile loft.

Pile direction: specify it before artwork separation

Pile direction should be fixed before strike-off, not corrected during bulk cutting. On PV plush, the pile normally has a clear down-nap after brushing. When the throw is viewed with the pile running downward, colours usually appear deeper and the hand feels smoother. Against the pile, the surface scatters more light and can look pale or frosted. FIELDLOOM normally asks buyers to nominate a top edge and keep the pile running from top to bottom on the face side unless the artwork deliberately requires another effect.

The highest-risk artworks are scenic panels, animal prints, large florals, faux woven borders, medallions, monogram boxes and any design with a visible top and bottom. If no direction arrow is issued, a cutting team may rotate panels 180 degrees to improve marker efficiency. That can save fabric, but it can also make adjacent throws look mismatched on screen. A useful PO sentence is: face pile direction to run from labelled top edge to bottom edge; no 180-degree rotation in cutting; all care labels sewn at bottom-left back when face is viewed upright.

Directional cutting has a real cost impact. For simple all-over repeats, one-way cutting may add roughly 3 to 6% fabric loss versus bi-directional nesting. For large engineered panels at 130 x 170 cm or 150 x 200 cm, especially with border placement, the loss can reach about 6 to 10% depending on fabric width, shrinkage allowance and edge finish. If the layout forces one panel per repeat or leaves unusable side strips, the cost impact may be higher. This must be costed before the buyer signs the artwork.

Digital panel printing adds another variable. A 150 x 200 cm throw may be printed as one engineered panel, or several panels may be nested across a wider fabric. If print-head direction, fabric feed direction and pile direction are not aligned, fine outlines can appear cleaner in one orientation than another. The approved strike-off should include a pile direction arrow, a labelled top edge and a cut piece large enough to show the actual border or motif placement, not only a 30 x 30 cm colour patch.

Print penetration: make the white-root test measurable

The common failure on dark PV plush is shallow colour penetration. The throw looks rich when the pile lies flat, but pale ground or white roots appear when the pile is opened by bending, brushing or customer handling. This is most visible on black, navy, dark green, burgundy, chocolate and charcoal grounds. Buyers should not approve only the face image; they should approve how the print behaves when the pile is disturbed.

A practical acceptance test can be written into the sample approval and final inspection file. Bend the printed fabric face outward over a smooth cylinder or rounded bar with a 30 to 50 mm radius. Inspect from 45 degrees at approximately 50 cm distance under D65 light, 1000 to 1500 lux, and repeat under TL84 or the buyer’s selected LED source if studio appearance is critical. For dark ground areas, visible pale-root area should not exceed small isolated points and should not form continuous pale streaks longer than 10 mm. A stricter buyer may set a maximum visible pale-root area of about 1% within a 10 x 10 cm dark print zone. The pass/fail wording should be visual and physical: no continuous pale root lines visible under specified bend test; isolated pale points acceptable only if not visible on flat face at 50 cm.

Inspection should include flat view, hand-brushed view and bend view. On the cutting table, we commonly see three factory-side failure modes: dark printed panels that pass flat inspection but show pale streaks at fold lines; border artwork where the pile direction changes perceived shade between the top and bottom edges; and high-coverage black or navy prints where heavier ink improves depth but leaves the face drier and less silky after finishing.

Deeper penetration is not free. More ink, slower print speed, higher fixation intensity or stronger process settings can improve coverage, but they can reduce pile loft, flatten sheen or make the hand slightly harsh. The target is not to dye every fibre to the root like a solid-dyed fabric. The target is to avoid visible white break under normal customer handling while keeping the plush hand that the TV presentation is selling.

Control finished GSM, pile height and size tolerance

The quoted 360gsm should be a finished fabric weight before sewing, not a marketing average across colourways. A practical finished-fabric tolerance for PV plush throws is often ±5%, such as 342 to 378gsm for a 360gsm target, but this should be confirmed against the approved pre-production sample. If the base fabric is reduced to improve price or print speed, the throw may still look acceptable in a photo but feel thin in the hand.

Pile height also needs a tolerance. A common target for this category is 4 to 6 mm after final shearing and brushing, with a tighter agreed band if the buyer needs consistent camera appearance. If pile is too high, print definition softens and root exposure increases. If pile is too short, the product loses the silky PV plush character and starts to resemble heavier flannel. Keep one retained swatch showing accepted pile height and one bulk cutting sample from the first production roll.

Finished size tolerance should be stated after sewing and relaxation. For 130 x 170 cm and 150 x 200 cm throws, a typical commercial tolerance is around ±2 cm in length and width, unless the retail pack or TV set display requires tighter control. Check size after the blanket has relaxed from packing compression. Heavy binding, folded hem or overlock tension can pull edges inward, especially after washing.

MOQ is affected by print method, colourways and fabric preparation. Digital panel printing can support lower artwork MOQs than rotary printing, but base fabric dyeing, print setup, strike-off work and packing materials still create minimums. For a new 360gsm PV plush TV programme, buyers should expect strike-off development to take roughly 7 to 14 days after final artwork and colour standard approval, with bulk lead time depending on yarn, greige availability, printing capacity and packing complexity. Rush orders often fail at shade control or finishing recovery rather than sewing.

Shade approval for studio lights and repeat orders

TV shopping shade approval needs stricter wording than normal online retail approval. A buyer may approve burgundy under D65 in an office, then see it read purple under cool LED studio lamps. Do not approve from a phone photo. Approve a physical lab dip or printed strike-off under agreed light sources: D65 for daylight, TL84 for store-type fluorescent comparison where relevant, and the buyer’s selected warm or neutral LED if the studio set uses domestic lighting.

Use both visual and instrumental controls where possible. For solid or dominant print areas, a common working target is Delta E CMC or Delta E 2000 within an agreed limit, often around 1.0 to 1.5 for critical shades and up to about 2.0 for less critical multicolour print areas, subject to buyer tolerance and fabric effect. PV plush reflectance can make spectrophotometer readings unstable, so the reading geometry, measurement direction and pile lay must be fixed. Visual assessment should reference ISO 105-A02 grey scale language; many commercial programmes treat grade 4 or better as acceptable for shade change, but the actual acceptance band should be written into the order file.

Metamerism must be handled before bulk. Compare the approved strike-off against the colour standard under D65, TL84 and the nominated LED source. If the shade matches under D65 but shifts strongly under TL84 or LED, mark it as metameric and decide whether the TV lighting or retail daylight condition takes priority. Do not leave the decision to the printer during production. For TV retail, the screen-facing appearance usually needs a separate sign-off after textile shade approval.

Lot-to-lot control should include a sealed master standard, a signed pre-production sample and retained production samples from each shipment. Bulk rolls should be checked after relaxation because compressed PV plush can look darker and flatter straight from cartons. If the programme repeats, compare new bulk to the previous accepted shipment and the master, not only to a fresh digital file. For broader inspection gates, see blanket quality control inspection.

Testing and inspection points buyers should name

For washable PV plush throws, the test list should match the sales claim and destination market. Common textile performance checks include colourfastness to washing by ISO 105-C06 or AATCC 61, colourfastness to rubbing by ISO 105-X12 or AATCC 8, dimensional change after washing by ISO 5077 with the washing procedure stated, and appearance after laundering. If the product is sold in the US, flammability review under 16 CFR Part 1610 may be relevant for wearing apparel-type textile classification discussions, but blanket application and retailer protocol should be confirmed. Do not copy a test package from apparel without checking the retail requirement.

Crocking is important on dark printed PV plush because pile movement can release unfixed dye or loose fibre. For dry rubbing, buyers often expect grade 4 or better on dark grounds where achievable; wet rubbing may be lower and should be agreed by colour. AATCC 8 and ISO 105-X12 use different equipment and rating language, so the PO should name the exact method. For dark navy and black programmes, see the risk-control logic in AATCC 8 crocking standards for navy sherpa blankets.

Final inspection should use a defined AQL plan, commonly ANSI/ASQ Z1.4 or ISO 2859-1, with inspection level and AQL values agreed by buyer. A typical consumer blanket order might use general inspection level II with AQL 2.5 for major defects and AQL 4.0 for minor defects, but TV retail buyers may set tighter rules for visible shade bands, print defects and packaging presentation. Critical defects should be zero-tolerance where safety, contamination, wrong label or wrong fibre content is involved.

Add PV-specific defect descriptions to the inspection checklist. Examples include wrong pile direction, rotated panel, visible pale roots on dark ground, crushed pile that does not recover after brushing, shade band across panel joins, print misregistration at border, edge binding twist, loose overlock tails, lint contamination on dark face, and care label sewn on the wrong corner. General “printing defect” wording is too vague for a factory inspector on a moving table.

Comparison: PV plush, flannel and faux rabbit fur for printed throws

A 360gsm PV plush printed throw sits between short-pile flannel and heavier faux rabbit fur in cost, sheen and risk. A 260 to 300gsm flannel fleece normally gives sharper print detail because the pile is shorter and more uniform. It is easier for photo-real artwork, small text and tight geometric borders. The trade-off is less silky lustre and a thinner hand. PV plush gives a richer face and stronger sofa appeal, but small motif edges can soften because the pile moves and reflects light.

Faux rabbit fur, often 315gsm and above depending on backing and reverse, gives a denser luxury look but is less suitable for detailed all-over panel printing unless the artwork is designed around pile movement. Long or irregular fibres can hide fine detail. If the programme sells tactile luxury and uses simple tonal designs, it can work well; if the TV script needs to show a crisp printed illustration, PV plush or flannel is usually safer. For pile-shearing and lint-control issues in a related plush category, see 315gsm faux rabbit fur throws with sherpa reverse.

A practical decision rule is simple: choose flannel for sharp detail and lower print risk; choose 360gsm PV plush for glossy handfeel and higher perceived value; choose faux rabbit fur for tactile luxury with simpler artwork. For TV bundles, also check shipping cube. A 150 x 200 cm 360gsm PV plush throw with bound edge may need more carton space than a lighter flannel throw, especially if the buyer rejects heavy compression because it crushes pile.

Decoration method should follow the product promise. Digital panel print is strong for scenic artwork, seasonal motifs and multiple colourways at controlled MOQs. Embossing, jacquard or embroidery can look more premium for logos but will not deliver full-panel photographic artwork. A buyer comparing methods can use custom blanket decoration methods before investing in strike-offs.

Buyer-ready PO and spec checklist

A strong PO for 360gsm PV plush digital printed throws should read like a manufacturing control sheet. Include fibre composition, finished fabric GSM and tolerance, pile height and tolerance, finished blanket size and tolerance, artwork file name and version, print route, face side, pile direction arrow, top edge, artwork orientation, edge finish, label position, care label wording, folding method, individual packing, carton quantity and Incoterms such as FOB Ningbo, FOB Shanghai, CIF destination port or DDP if the seller is quoting landed delivery. If the quote is EXW, domestic trucking, export handling and customs documents are not included and must be costed separately.

The checklist should also state retained samples: approved strike-off, signed pre-production sample, bulk top-of-production sample and one retained sample per shipment or lot. For repeat TV programmes, keep the master sample sealed and protected from light. Do not use a showroom blanket handled for months as the master colour reference.

For print approval, name the acceptance test: flat view at 50 cm; bend test over 30 to 50 mm radius; inspection at 45 degrees; D65 light at 1000 to 1500 lux; secondary light source such as TL84 or nominated LED; no continuous pale-root streaks longer than 10 mm in dark ground areas; isolated pale points acceptable only if not visible on flat face at normal viewing distance. If the buyer wants a stricter rule, define the maximum pale-root area per 10 x 10 cm dark zone before bulk printing.

For shade approval, state the master reference, light sources, acceptable Delta E or visual grey scale threshold, metamerism rule and who signs off deviations. For inspection, state AQL standard, inspection level, major/minor/critical defect classification, carton drop or packaging checks if required, barcode verification and photo record requirements. For related AQL checklist structure, see AQL inspection for jacquard flannel throw blankets.

Factory-side failures we try to prevent

The most expensive PV plush failures are usually visible only after fabric is printed, finished and cut. One common case is a dark engineered border approved on a small strike-off, then bulk panels show a pale halo at fold lines because the bend test was not used. The flat inspection table passed the goods; the customer handling condition failed them.

Another failure is mixed pile direction inside the same carton. The cutting room rotated panels to reduce waste, and the packing team folded all pieces the same way. On camera, one throw looked deep navy and the next looked smoky blue. The fabric shade was not the root cause; the panel orientation was.

A third failure is over-fixation or excessive transfer pressure. The shade looked strong, but the pile face became flatter and less silky than the approved sample. TV retail depends on the host’s hand demonstration, so a technically darker print can still be a commercial failure if loft and touch are lost.

The fourth failure is shade approval by photograph. Phone cameras auto-correct plush sheen and LED light colour. The sample looked acceptable in the emailed image, but the physical bulk appeared too red under TL84 and too purple under studio LED. Physical strike-offs, controlled lamps and retained masters are slower than photo approval, but they prevent arguments after shipment.

Frequently asked

What is the best printing process for 360gsm PV plush throws? For polyester PV plush, the main routes are direct disperse digital printing with fixation and washing, or transfer sublimation. Direct disperse printing can give better colour build on heavier pile, but needs controlled fixation and finishing to protect loft. Transfer sublimation can give clean artwork on shorter pile, but on 4 to 6 mm PV plush it may colour mainly the pile tips and increase white-root risk on dark grounds.

How should buyers test print penetration on dark PV plush? Bend the printed face outward over a smooth 30 to 50 mm radius bar, inspect from about 45 degrees at 50 cm under D65 light at roughly 1000 to 1500 lux, and repeat under the nominated retail or studio light. For dark grounds, reject continuous pale-root streaks longer than 10 mm or visible pale-root areas above the agreed limit, such as about 1% within a 10 x 10 cm dark zone.

What tolerance is reasonable for a 360gsm PV plush throw? A common commercial tolerance is around ±5% on finished fabric GSM, subject to the approved sample and buyer requirement. Finished size tolerance for 130 x 170 cm or 150 x 200 cm throws is often around ±2 cm after sewing and relaxation. Pile height should also be stated, commonly around 4 to 6 mm for this category, with the approved sample used as the control.

How should shade be approved for TV shopping blankets? Approve physical strike-offs under D65, TL84 where relevant, and the nominated LED or studio light. Use a sealed master sample and define visual grey scale or Delta E targets where practical. Because PV plush is directional, measure and view the sample with the pile laid in the agreed direction. If metamerism is visible, decide which lighting condition has priority before bulk production.

Why does pile direction need to be written into the PO? PV plush looks darker with the pile and lighter against the pile. If panels are rotated during cutting, the same colourway can appear mismatched on camera. The PO should state the top edge, face side, pile direction arrow, artwork orientation and label position, and should prohibit 180-degree rotation if shade consistency matters.

Which AQL level is suitable for PV plush throw inspection? Many blanket programmes use ANSI/ASQ Z1.4 or ISO 2859-1 general inspection level II, with AQL 2.5 for major defects and AQL 4.0 for minor defects. TV retail buyers may set tighter rules for visible shade bands, wrong pile direction, print defects and packaging presentation. Critical defects such as wrong fibre content, contamination or safety issues should be treated as zero-tolerance.

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