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Custom Hoodie & Fleece

Custom Hoodie & Fleece Manufacturing.

Develop luxury-weight hoodies, zip-ups, and fleece garments with custom heavyweight fleece options up to 480 GSM (subject to sourcing and availability), physical sample approval, low MOQs, and managed on-site QC.

50 UnitsStarting MOQ
10–14 DaysTarget Sampling
Up to 480 GSMFleece Weight Range
Technical CAD specification flat elevation of a 450 GSM oversized boxy drop-shoulder hoodie pattern showing drop-shoulder geometry, double-layer crossover hood, and measurement POM datums
SILHOUETTE ARCHIVEBoxy Drop-Shoulder Pullover
SPEC 450 GSM • 100% COMBED COTTONDouble-Layer Crossover Hood • Flatlock Construction

Editorial reference silhouette • Custom patterns developed per tech pack

Garment Engineering

Precision Fleece Construction & Material Proof.

A great hoodie relies on precise pattern balance: hood drop, shoulder drape, rib tension, and fabric stability after washing. Standard blanks often sag or lose shape over time.

Fenalt engineers custom hoodie silhouettes: We target physical prototype development in 10–14 days, test pre-wash shrinkages, and audit stitching standards so your hoodies arrive exactly as specified.

Loopback Density

Zero synthetic loop degradation or shedding after wash cycles.

Torque Skewing Guard

Compacted yarn knitting prevents twisting along side seams.

Extreme macro photograph of 450 GSM luxury combed cotton French Terry fabric displaying the smooth face weave and unbrushed loopback pile
TEXTILE MACRO • 450 GSM
French Terry Knit Structure100% COMBED COTTON

Unbrushed loopback reverse pile ensures natural breathability and structural hand-feel, while the 32s ring-spun face weave provides a flat, clean surface for high-resolution printing and embroidery.

Textile reference macro • Loopback knit structure

Structural Anatomy

Hoodie Construction Details

Every detail is engineered to withstand wear and laundering. We control seam tolerances, rib tension, and hardware reinforcement at the machine level.

Technical cross-section schematic of double-layer crossover hood construction detailing self-fabric lining, throat bar-tack anchor, and internal herringbone neck tape
DETAIL 01
450 GSM Structural Balance

Double-Layer Crossover Hood

Constructed with two self-fabric panels for full vertical structure that stands without collapsing.

Self-Fabric LinedMatte EyeletNo Collapse
Macro photograph of industrial sewing machine foot and needle joining heavyweight cotton fleece panels with precision flatlock stitching
DETAIL 02
High-Tensile Flatlock Stitch

4-Needle Flatlock Seaming

Flattens interior seam allowances against the skin, preventing chafing and seam blowouts.

ISO 607 ClassZero PuckeringHigh SPI
Macro photograph of 1x1 dense cotton rib knit structure showing tight vertical wales and textile elasticity
DETAIL 03
High-Recovery 95/5 Cotton Blend

1x1 Dense Rib Cuff & Waistband

Engineered with 5% elastane memory to prevent stretched-out wrist cuffs and sagging waistbands.

Heavyweight RibShape MemoryTwin Topstitch

Construction detail reference • Engineered seam and trim specifications

Silhouettes & Specs

Hoodie & Fleece Categories

380gsm – 480gsm French Terry

Heavyweight Pullover Hoodies

Double-lined crossover hoods, 1x1 dense ribbing, flatlock seam construction, and custom eyelet hardware.

350gsm – 420gsm Brushed Fleece

Full-Zip & Half-Zip Hoodies

Equipped with YKK metal zippers, neck taping, custom pocket placement, and clean interior seam finishes.

350gsm – 400gsm Ring-Spun Cotton

Crewneck Sweatshirts & Joggers

Boxy or standard fit crewnecks and matching fleece sweatpants with deep welt pockets and elastic cuffs.

Managed Operations

Sample Development to Bulk Delivery

We manage the entire lifecycle from initial tech pack translation to finished carton delivery. Review how each stage is coordinated across our production network.

Spec Intake & Tech Pack

Tech pack evaluation & CAD vectors
Target GSM (350–480g) confirmation
Size curve & ratio grading review
Deliverable: Approved spec brief

Standard estimated milestones for 50–250 unit custom fleece runs. Exact delivery dates confirmed upon tech pack approval.

Quality Assurance

Floor Inspection & Measurement Tolerance.

Before releasing finished cartons, our floor auditors inspect garment dimensions against approved tech pack POM tables. We enforce strict ±1.5cm measurement tolerance thresholds and client-specified conveyor needle/metal detection screening.

Point-of-Measure (POM) Audit

Every batch sample checked flat for chest width, body length, and shoulder drop.

Needle Metal Detection

Calibrated conveyor detector screening conducted per brand safety protocols prior to export packaging.

Final Pre-Shipment FRI (AQL 2.5)

ANSI/ASQ Z1.4 sampling protocol executed before export release.

Precision tailor's measuring tape and millimeter scale on inspection cutting table for dimensional tolerance verification
PHYSICAL QC BENCHMARK
Measurement Curve & POM Verification±1.5CM TOLERANCE

Illustrative quality-control workflow: Floor auditors verify collar width, hood height, pocket centering, and cuff elasticity against signed golden pre-production samples.

Quality control reference • Physical tolerance inspection protocol

Questions

Hoodie Manufacturing FAQ

How long does custom hoodie sampling take?

Typical sampling target is 10 to 14 days following tech pack approval, depending on design complexity and material availability.

What is the minimum order quantity for custom hoodies?

Fenalt supports hoodie production starting at 50–100 units per style for initial drops, allowing brands to test fits and heavyweight fabrics without massive inventory commitments.

What fabric choices are available for hoodies?

We offer heavyweight fleece options up to 480 GSM (including 100% cotton French Terry, cotton-poly fleece blends, and circular knits), subject to material sourcing and mill availability.

Ready to manufacture custom hoodies?

Submit your hoodie tech packs or sketches for a fast, no-obligation quote and sample development estimate.

Start Your Hoodie Project