240gsm Microfleece Pongee Camp Blanket Specs

Reversible camp blanket showing navy microfleece face, grey polyester pongee reverse, corner pocket, wind clips, seam gauge and stuff sack

Base construction: define the fabric, not only 210T

A reversible microfleece pongee camp blanket at 240gsm fleece plus pongee is a mid-weight outdoor throw. It is not a sleeping-bag liner, insulated quilt or waterproof picnic mat. Typical finished sizes are 135 x 180cm, 150 x 200cm and 200 x 200cm. For cut-and-sew bulk, use a finished-size tolerance of +/-2% or +/-3cm, whichever is smaller, unless retail shelf packaging requires a tighter tolerance.

The fleece side should be specified as 100% polyester knitted microfleece, 240gsm finished weight, anti-pilling finish, one-side or double-side brushed as required. A practical GSM tolerance is +/-5% by ISO 3801 or ASTM D3776, measured after conditioning. If the colour is dark navy, black, forest or burgundy, confirm whether the fleece is piece dyed, yarn dyed or dope dyed; shade bands and rubbing fastness risk change with the dye route.

The term 210T pongee is supplier shorthand, not a full fabric specification. In most China blanket quotations, 210T refers to total thread count per square inch in a woven polyester pongee, but it does not tell you yarn denier, fabric weight, coating, finish or tear strength. A better PO line is: 100% polyester pongee, plain weave, 50D-75D filament yarn, approx. 65-85gsm before coating, 210T nominal construction, C0 DWR or PU coating as specified, colour matched to approved lab dip.

Ask the mill to confirm actual denier, finished GSM, coating add-on and finish. A plain uncoated pongee reverse sheds dirt and dog hair better than fleece and blocks some wind, but it is not waterproof. A C0 DWR finish improves initial spray beading. PU coating can raise hydrostatic resistance but adds stiffness, noise, odour risk and potential coating blocking if packed under heat. For buyers comparing blanket shells and mat backings, the trade-offs are close to those in PEVA, PU and TPU picnic backing specifications.

Water-resistance claims: split DWR, hydrostatic head and seams

Water-resistance language should be separated into four testable items: surface spray rating, hydrostatic head, seam leakage and post-wash performance. A C0 DWR pongee face may bead light spray when new, but needle holes, binding seams and pocket stitch lines are leakage points. Do not sell a sewn camp blanket as waterproof unless the design includes a waterproof layer, seam-sealing process and validated seam leakage testing.

For a light water-repellent claim, specify AATCC 22 or ISO 4920 spray rating. A realistic initial target for C0 DWR pongee is grade 80-90 by AATCC 22 or ISO 4920 grade 4-5 before washing. After 3 home-laundering cycles by ISO 6330 or AATCC 135, a reduced target such as AATCC 22 grade 70 or ISO 4920 grade 3 is more realistic. If the brand needs stronger after-wash beading, build that into the finish selection and cost from the start.

For PU-coated pongee, specify hydrostatic head by ISO 811 or AATCC 127. Light PU coatings on pongee may target roughly 500-1,000mm; heavier coating can go higher but makes the blanket less soft and less breathable. For damp grass sitting claims, 800mm+ is a common internal target, but seam leakage must still be disclosed or controlled. A blanket with stitched perimeter binding and unsealed hardware tabs can pass fabric hydrostatic testing while leaking at construction points.

Post-wash and packed-wet behaviour matters. PU coating can become tacky or develop odour if packed wet and stored warm. C0 DWR loses beading through abrasion, detergent residue and tumble heat. Care wording should say dry fully before packing, avoid long-term wet storage, and renew water-repellent performance only with a compatible consumer DWR treatment if the brand is comfortable making that instruction. For purpose-built picnic ground performance, compare this construction with 190T shell picnic blankets with needle-punched filling or 420D Oxford EPE picnic mats.

PO spec template for a 150 x 200cm model

Use a PO template that the factory, lab and inspector can all read the same way. The table below is a practical starting point for a reversible retail camp blanket, not a universal standard.

Item	Recommended PO wording	Inspection or test point
Finished size	150 x 200cm after sewing, tolerance +/-2% or +/-3cm	Measure 5 pcs per colour, relaxed flat
Fleece face	100% polyester microfleece, 240gsm, anti-pilling, approved lab dip	ISO 3801 or ASTM D3776, ISO 12945-2 pilling
Pongee reverse	100% polyester pongee, 50D-75D, 210T nominal, 65-85gsm before coating	Construction record, GSM, handfeel and shade approval
Water finish	C0 DWR, or PU coating with coating weight and hydrostatic target stated	AATCC 22 or ISO 4920; ISO 811 or AATCC 127 if coated
Total weight	800-950g per set including blanket, clips and stuff sack	Weigh 10 packed sets, tolerance +/-7% unless agreed tighter
Pockets	2 or 4 pcs, finished opening and depth stated, bar-tacked stress points	Symmetry, stitch density, closure function, pull check
Hardware	Acetal or nylon clip, 15-20mm polyester webbing, corrosion-free metal if used	Pull test, visual cracks, rust check after damp conditioning if relevant
Stuff sack	Finished 18-22cm diameter x 30-36cm length, fabric denier and coating stated	Pack trial by line operators, carton fit and repack check

Cost changes quickly when the PO moves from a simple throw to a technical camp item. Main cost drivers are fleece GSM, pongee denier, PU coating weight, DWR chemistry, number and size of pockets, pocket lining, webbing width, clip grade, custom sack fabric, cord lock quality, logo patch method, embroidery stitch count, colour matching difficulty and carton compression target. Ask suppliers to quote these as line items when comparing vendors; otherwise a cheaper quote may simply be deleting reinforcement, coating or hardware quality.

Corner pockets: warm hands, storage or anchoring

Corner pockets look simple in artwork but need a defined function. A hand-warming pocket should accept a gloved hand, commonly 22-28cm along each edge with a diagonal opening. A storage pocket for phone, headlamp or snack bar can be smaller, often 16-20cm deep, with a low-profile snap or hook-and-loop tab. An anchoring pocket for sand, stone or stake use needs reinforced corners and drainage thinking; trapped soil and water cause odour, seam strain and customer complaints.

For a 240gsm microfleece plus pongee blanket, pocket fabric should be chosen for bulk and drying speed. Pongee-only pockets are lighter, pack flatter and dry faster. Fleece-lined pockets feel warmer but hold more moisture and build thickness at the fold. Four corner pockets can add more packing volume than expected because all corners stack when folded into a sack. For e-commerce or club-store packs, two diagonal pockets may be the better balance.

Put pocket details on the PO: quantity, finished opening width, depth, fabric side facing out, closure type, reinforcement method, stitch density and tolerance for placement. A practical sewing spec is 301 lockstitch at 8-10 stitches per inch, with bar tacks at pocket stress points. Check pocket symmetry during inline inspection; a 10-15mm mismatch is visible when the blanket is laid flat for retail photography.

If a logo patch sits on a pocket, test the folded blanket in the stuff sack. Rubber, leather-look PU and thick woven patches can scratch the pongee, print through the fleece pile or create a hard pressure point during compression. For decoration method trade-offs, see custom blanket decoration methods.

Wind clips and loops: load path matters

Wind clips and stake loops are useful only if the load path avoids tearing the blanket corner. Do not sew clips only into fleece. The tab should be captured through binding and reinforcement, preferably with a small pongee-side patch or an extra folded webbing layer. For medium camp blankets, 15-20mm polyester webbing is usually enough. A 25mm webbing tab looks rugged but adds bulk and can feel hard under a seated user.

Placement depends on use. For a wearable shoulder closure, clips placed 20-30cm down from the top corners allow a cape-style fit without pulling at the neck. For ground use, loops should sit at or just inside the corners, with 25-35mm internal loop length for a tent stake, cord or carabiner. If using plastic side-release clips, specify acetal or nylon. Low-grade PP clips can become brittle in cold handling. For metal snaps, check corrosion risk if the blanket may be packed damp or used in salt air.

A production drawing should show clip distance from finished edge, tab length before folding, stitch box size, reinforcement fabric and clip orientation. For higher-load designs, use ASTM D5034 on the fabric stack where suitable, or an agreed internal static pull test on the finished tab. A practical buyer target for a small webbing loop on this fabric stack may be no tearing below 80-120N, but validate it with the exact fleece, pongee, binding and stitch pattern. The common failure mode is a perfect clip attached to a ripped pongee corner.

Edge construction affects clip survival. Binding width, stitch bite, corner turn and needle size all matter. The same edge-control logic used for 230gsm polar fleece stadium blanket edge specifications applies here, but the pongee layer adds tear and slippage risks.

Stuff sack and carton planning

Stuff-sack sizing is often approved from one heroic sample packed by a patient merchandiser. Production operators, retail staff and end users need a sack that works quickly. For a 150 x 200cm blanket with 240gsm fleece, 70gsm pongee, binding, two pockets, two clips and a sack, finished set weight often lands around 800-950g. State an acceptable finished-weight tolerance, such as +/-7% on packed sets, or +/-5% if all component weights are tightly controlled.

A comfortable cylindrical sack for this build is often around 18-22cm diameter by 30-36cm finished length. A tight compression sack may reduce carton CBM but raises repack complaints. If the blanket must be returned into the sack by consumers, run a repack test with three people who did not make the sample. If they need excessive force, the sack is too small.

Sack fabric should match the positioning. 210T pongee is light and easy to colour match. 210D polyester Oxford is more durable and more outdoor-looking, but heavier and bulkier. A drawcord sack is simple and cost-effective. A roll-top sack needs coated fabric and seam construction that match any water-resistance claim. Specify sack finished dimensions, fabric denier, GSM, coating, cord diameter, cord-lock type, label position, print method and whether the blanket is packed fleece-in or pongee-in.

For freight planning, test the packed product, not a naked folded blanket. A 150 x 200cm packed camp blanket may fit 12 pcs in a master carton around 60 x 40 x 45cm, roughly 0.108 CBM per carton, but hardware, sack diameter and compression change this. That example gives about 0.009 CBM per piece before pallet effects. For 500 pcs, plan roughly 4.5-5.5 CBM as an early estimate, then replace it with a real packing trial before booking freight. If shipping FOB Ningbo or Shanghai, ask for a 24-48 hour compression check; over-compressed fleece can develop crease memory and flattened pile.

Testing targets for PO-level QC

Lab testing should match the product claim. For anti-pilling on the fleece face, ISO 12945-2 is a useful method; many retail buyers target grade 3-4 or better after the agreed cycle count, but the exact cycles and abrasion parameters must be stated. If the fleece is heavily brushed for softness, pilling and shedding risk increase. Brushing, shearing and heat setting should be locked before salesman samples are approved.

For colourfastness, use ISO 105-C06 for washing and ISO 105-X12 or AATCC 8 for rubbing/crocking. Practical targets are washing colour change grade 4 and staining grade 3-4 or better; dry rubbing grade 4 and wet rubbing grade 3-4 or better for dark colours. If a dark pongee reverse is packed against a light sack, test contact staining after damp conditioning. For red, navy and black fleece, extra rubbing checks are cheap insurance; see the risk approach in ISO 105-X12 rubbing fastness for fleece throws.

For dimensional stability, test the full blanket by ISO 6330 or AATCC 135 laundering followed by measurement. A practical target is length and width change within +/-3% after 3 washes, with no severe twisting, binding roping or pocket distortion. Fleece and pongee can shrink or relax differently; quilting, tack stitches or perimeter construction may be needed to stop layer migration. If the blanket is bonded, also test for delamination after washing and flexing.

For seam and attachment strength, define the method and location. ASTM D5034 can be used for grab strength of fabric or representative stitched assemblies. ASTM D1683 is often used for sewn seam strength where applicable. For webbing tabs and clips, a finished-product pull test is more meaningful than fabric data alone. Set separate targets for seam slippage, pocket bar tack strength and clip pull-out, then approve them against pre-production samples rather than guessing from component specifications.

For DWR durability, test AATCC 22 or ISO 4920 before wash and after 3 washes. For coated pongee, test ISO 811 or AATCC 127 hydrostatic head before wash, and repeat after washing if the claim will appear on packaging. Do not rely on coating supplier data only; the sewn blanket includes needle holes, folds, pressure points and heat exposure during packing. Buyers specifying recycled polyester or chemical claims should align documentation early using textile certification guidance for buyers.

Inspection checklist before shipment

Use AQL inspection with defined defect classes. For many retail blanket orders, buyers use ANSI/ASQ Z1.4 or ISO 2859-1, General Inspection Level II, with AQL 2.5 for major defects and 4.0 for minor defects; some outdoor brands tighten critical functions. Set critical defects at 0 acceptance for safety hazards such as broken needles, sharp hardware, mould, severe odour or restricted small parts where applicable.

Workmanship checks should cover fleece shedding, loose fibres in the sack, skipped stitches, broken stitches, binding puckering, uneven stitch bite, skewed quilting or tack lines, pocket symmetry, pocket closure function, bar-tack security, clip pull-out, webbing fray, metal corrosion, cracked plastic hardware, label errors, size tolerance, shade variation and contamination. If the blanket is bonded, add bonding delamination, bubbling and hard glue spots. If pongee is coated, add coating blocking, tackiness, fish eyes, pinholes, odour and white stress marks at folds.

Run a practical function check during final inspection. Pack and unpack several pieces from each colour, close clips with cold or damp hands if relevant, pull pocket corners manually, check whether the pongee side slips excessively on grass-like surfaces, and confirm the care label is sewn where users can find it. Inspect both sides under good light; dark fleece hides needle cuts and loose thread better than pongee.

Carton checks should include piece count, carton dimensions, gross weight, barcode scan, polybag warning if used, desiccant policy if required, carton drop suitability for e-commerce, and compression recovery. If the blanket ships in a stuff sack only, inspect sack seam strength and cord-lock retention as part of the product, not as packaging. For broader inspection structure, align with blanket quality control inspection and add the outdoor-specific items above.

Care label and use warnings

Care instructions must reflect the coating, hardware and decoration. For uncoated or C0 DWR pongee, a typical route is machine wash cold or 30°C, gentle cycle, mild detergent, wash with similar colours, no bleach, tumble dry low or line dry, do not iron decoration, do not dry clean unless tested. Build care symbols against ISO 3758 where relevant.

For PU-coated pongee, avoid high tumble heat. Heat can increase coating tackiness, blocking and delamination risk. A safer wording is machine wash cold or 30°C gentle cycle, line dry fully, do not tumble dry unless the coating has passed testing, do not iron coated side, do not store wet. If the blanket includes metal hardware, add drying guidance to reduce corrosion risk.

DWR renewal should be handled carefully. If the brand wants to tell users to renew water repellency, specify a compatible PFC-free consumer treatment and test it on the decoration, pongee and fleece. If no renewal route is tested, use simpler wording: water repellency will reduce with washing and abrasion. Packed-wet warnings should be explicit: dry fully before returning to stuff sack or long-term storage to reduce odour, mildew risk and coating damage.

The stuff sack also needs care guidance if it is coated or printed. A coated sack packed around a damp fleece blanket can trap moisture and transfer odour. For retail returns, include folding or rolling guidance if the sack is tight; this reduces the common complaint that the product never fits again after first use. For general consumer instructions, cross-check with blanket care washing guidance.

Sourcing decisions that change MOQ and cost

MOQ depends less on the blanket size than on custom material commitments. Solid stock fleece colours with stock pongee may start at lower MOQs, while custom-dyed fleece, custom pongee, C0 DWR trials, PU coating, special clips, branded cord locks and custom printed sacks raise the threshold. Colour matching across fleece, pongee, webbing, binding and sack is a real cost driver because each material takes dye differently and metamerism is visible under store lighting.

Fleece GSM is the largest material lever. Moving from 220gsm to 240gsm improves handfeel and perceived value but increases set weight, carton CBM and fabric cost. Moving to 260gsm improves warmth but makes the 18-22cm sack range harder. Coating choice is another lever: uncoated pongee is softest and cheapest, C0 DWR adds finish cost and testing, PU coating adds material cost and QC risk but supports stronger damp-ground claims.

Pocket count and hardware should be quoted as construction options, not left to sample-room interpretation. Two pockets versus four pockets changes sewing time, fabric consumption, bulk and inspection workload. Webbing tabs, clips, snaps and reinforcement patches add small component costs but large failure risk if downgraded. Logo patches vary widely: woven labels are efficient; rubber patches and leather-look patches need moulds or minimums; embroidery adds stitch-count cost and can distort the fleece if too dense.

For early costing, give suppliers a simple decision matrix: size, fleece GSM, pongee denier and GSM, DWR or PU target, pocket quantity, clip type, sack fabric, decoration method, packed weight target, carton quantity and Incoterm. FOB Ningbo or Shanghai is usually the cleanest comparison for mill pricing. CIF or DDP costing needs confirmed carton dimensions, gross weight, HS classification review and destination delivery assumptions. For lead-time and shipping planning, see custom blanket lead times and shipping.

Frequently asked

Is 210T pongee waterproof? No. 210T is usually supplier shorthand for a nominal woven thread count, not a waterproof rating. Uncoated pongee is mainly wind- and soil-shedding. For water-repellent claims, specify C0 DWR and test AATCC 22 or ISO 4920. For hydrostatic resistance, specify PU coating and test ISO 811 or AATCC 127.

What finished weight should we expect for a 150 x 200cm 240gsm microfleece pongee camp blanket? A realistic finished set weight is often about 800-950g including fleece, pongee, binding, two pockets, clips and stuff sack. State a tolerance, such as +/-7% on packed sets, because coating weight, pocket count, webbing and sack fabric can move the final number.

What stuff-sack size is practical for this construction? For a 150 x 200cm blanket, a comfortable cylindrical sack is often around 18-22cm diameter by 30-36cm finished length. Tight compression may reduce CBM but creates repack complaints and can flatten fleece pile during long storage.

Which QC tests should be written into the PO? Common PO tests include ISO 12945-2 for fleece pilling, ISO 105-C06 for wash fastness, ISO 105-X12 or AATCC 8 for rubbing fastness, ISO 6330 or AATCC 135 for dimensional stability, ASTM D5034 or ASTM D1683 where suitable for fabric or seam strength, and AATCC 22 or ISO 4920 for DWR spray rating.

Should we choose C0 DWR or PU coating on the pongee side? Choose C0 DWR for a softer, quieter blanket with light spray resistance. Choose PU coating when damp-ground resistance is part of the claim, but accept more stiffness, odour risk, blocking risk and stricter care-label requirements. If the blanket is for regular picnic ground use, a dedicated picnic mat construction may be more honest.

What are the most common bulk failures on this style? Common failures are fleece shedding, poor pilling grade, shade mismatch between fleece and pongee, pocket asymmetry, binding puckering, clip pull-out, torn pongee at webbing tabs, coating tackiness, odour after wet packing, sack too small for repacking and carton compression flattening the fleece pile.

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Specifying a microfleece pongee camp blanket