Heavyweight streetwear
350–450 GSM three-thread brushed fleece with a tight cotton face for screen printing and DTG clarity.
Managed brushed-textile sourcing
Fleece is built by knitting a face, tie-in, and loop system, then napping and shearing the reverse into controlled thermal loft.
Fenalt manages yarn composition, custom knitting, reactive dyeing, anti-pilling finishing, and dimensional control through one supply workflow.
Direct answer
A reliable fleece fabric supplier must control yarn composition, loop height, brushing, shearing, and finishing together. Otherwise a sample can show the right weight while the final fabric pills, torques, shrinks, or loses print clarity.
Fenalt coordinates the mill brief from fiber selection through export-ready garment production so the face, back pile, thermal behavior, and points of measure remain connected.
Applications
350–450 GSM three-thread brushed fleece with a tight cotton face for screen printing and DTG clarity.
280–320 GSM cotton-poly or elastane-blended fleece for recovery and dimensional stability in high-stress zones.
180–250 GSM polyester micro-fleece or polar fleece with anti-pilling finishes for outdoor activewear.
240–280 GSM fleece using combed compact ring-spun yarn for breathable, fluid drape.
Weight planning
Lightweight
200–250 GSM
Spring/summer tops, lightweight joggers, thermal base layers
Midweight
280–340 GSM
Core retail hoodies and athletic sweatpants
Heavyweight
360–420 GSM
Boxy streetwear silhouettes, deep brushed pile
Super-heavyweight
450–500+ GSM
Ultra-dense loop structures and winter programs
Yarn and finishing
The face yarn protects printability; the back loop creates warmth; finishing determines whether the fabric remains stable in production.
100% combed compact ring-spun cotton uses 30s/1 or 32s/1 face yarn and 10s/1 or 12s/1 back loop. 80/20 and 60/40 cotton-poly blends reduce weight and shrinkage, while GOTS organic cotton and GRS recycled polyester support sustainability programs.
Wire-covered cylinders open the grey back-loop yarns into a soft pile. High-speed blades shear the pile uniformly, limiting loose lint and uneven texture.
Cellulase biopolishing can target ISO 12945-2 Grade 4 or higher. Stenter framing and mechanical compacting realign courses and wales and limit residual shrinkage.
| Formation | GSM | Printability | Shrinkage | End use |
|---|---|---|---|---|
| 2-thread brushed fleece | 220–280 GSM | Moderate printability | 3–5% shrinkage | Spring loungewear |
| 3-thread brushed fleece | 300–500 GSM | High printability from separate cotton face | Below 3% after compacting | Heavywear hoodies and streetwear |
| Polar / micro-fleece | 180–300 GSM | Usually requires sublimation | Below 2% | Outdoor performance layers |
Supply-chain governance
Set fiber composition, yarn counts, target GSM, hand-feel, color, and intended garment.
Develop the pre-production strike-off and shade approvals; the source specifies 10–15 days for production plus 3–5 days shipping.
Coordinate knitting, scouring, reactive dyeing, napping, shearing, compacting, and garment assembly.
Apply ANSI/ASQ Z1.4 Level II with an AQL 2.5 threshold, then dispatch DAP for small batches or FOB for bulk freight.
Questions and answers
Two-thread fleece uses a face yarn and back loop, while three-thread fleece adds a tie-in yarn that improves structural stability and supports heavier weights.
Mechanical napping opens the back-loop yarns into a soft insulating pile. Precision shearing then sets an even pile height and limits loose lint.
Low-twist face yarns, compact ring-spun construction, biopolishing, and an ISO 12945-2 target of Grade 4 or higher help suppress pilling.
The source specifies 50 pieces per style, 10–15 days for sampling plus 3–5 days shipping, and 15–20 days from pre-production approval to export dispatch. Delivery can be DAP for small batches or FOB for bulk sea freight.
Develop a dependable fleece program
Send your target GSM, fiber blend, pile, color, and end use for a managed fleece sourcing plan.