Explore our engineering-grade outdoor jacket lines, optimized for extreme thermal retention, hydrostatic resistance, and rapid B2B deployment.
Analyzing the evolution of mid-layer insulation, material chemistry, and scalable global OEM manufacturing architectures.
In the contemporary technical outerwear sector, the OEM Fleece Jacket represents far more than a basic fleece layer. It serves as the thermal core of the 3-layer alpine garment system. As global outdoor apparel brands demand higher warmth-to-weight ratios, enhanced breathability, and verified circular sustainability, manufacturers must shift from conventional cut-and-sew operations to integrated textile engineering hubs.
Our OEM/ODM manufacturing facility in Guangdong, China operates at the intersection of polymer chemistry, precision pattern construction, and automated garment assembly. By engineering custom synthetic pile fabrics—ranging from ultra-lightweight 100 GSM microfleeces to 450 GSM heavy-duty bonded sherpa fleeces—we provide global exporters, retail brands, and corporate workwear distributors with tailored, market-ready outerwear solutions.
Comprehensive breakdown of fleece density, air permeability, CLO thermal efficiency values, and anti-pilling ISO certifications.
Engineered with recessed channels to reduce garment weight while accelerating vapor transmission. Ideal for high-exertion ski touring and alpine trekking mid-layers (150–220 GSM).
Combines high-density polar fleece backer with a TPU breathable membrane (10,000 mm hydrostatic head, 8,000 g/m²/24h MVTR) and water-repellent face fabric.
Manufactured using 100% GRS-certified post-consumer recycled polyethylene terephthalate (rPET) bottle flakes. Reduces carbon footprint by up to 45% compared to virgin polyester.
| Fleece Fabric Classification | Weight (GSM) | Thermal Resistance (CLO) | Air Permeability (CFM) | Anti-Pilling Grade (ISO 12945-2) | Primary Target Application |
|---|---|---|---|---|---|
| Microfleece (100D/144F) | 120 - 180 GSM | 0.35 - 0.55 CLO | 120 - 180 CFM | Grade 4.0 - 4.5 | Active Baselayer / Light Mid-layer |
| Technical Grid Fleece | 180 - 240 GSM | 0.50 - 0.75 CLO | 80 - 130 CFM | Grade 4.5 | Alpine Skiing & Mountaineering |
| Classic Polar Fleece (Double Brushed) | 250 - 320 GSM | 0.80 - 1.10 CLO | 50 - 90 CFM | Grade 4.0 | Outdoor Casual & Corporate Mid-Layer |
| Wind-Proof Bonded Fleece (3L) | 320 - 400 GSM | 1.20 - 1.55 CLO | < 5 CFM (Windproof) | Grade 4.5 | Heavy Workwear & Tactical Outerwear |
| Sherpa High-Loft Fleece | 350 - 480 GSM | 1.40 - 1.85 CLO | 100 - 150 CFM | Grade 3.5 - 4.0 | Extreme Cold Expedition & Fashion Outerwear |
Combining automated CAD spreading, laser cutting, digital MES monitoring, and 3D virtual garment modeling.
Computerized nesting algorithms achieve over 88.5% material utilization, drastically reducing scrap while assuring piece-to-piece dimensional accuracy down to 0.5mm tolerances.
Eliminates bulky traditional seams on technical mid-layers. Ultrasonic welding creates flat, chafe-free bonded edges that enhance wearer comfort during prolonged movement.
Every B2B purchase order is integrated into our digital Manufacturing Execution System. Clients track production status, fabric laboratory dip approvals, and inline QC reports in real time.
Mitigating supply chain risks through flexible minimum order quantities, strict quality control, and rapid prototype turnarounds.
Traditional garment factories often demand high minimum order quantities (MOQs) of 1,500 to 3,000 units per colorway, freezing capital for boutique outdoor labels and emerging e-commerce brands. Our agile manufacturing lines offer a low baseline MOQ of 100 pieces per style, allowing split colorways and size runs. For strategic development programs, we support 50-piece pilot runs utilizing certified stock fabric colors.
By leveraging 3D CLO software, our pattern technicians convert 2D tech packs or sample photos into hyper-realistic 3D digital avatars. This reduces prototype revision cycles from weeks to just 48 hours. Physical proto samples are stitched in our dedicated sample room within 7 to 10 working days, dramatically shortening your seasonal time-to-market window.
Custom branding requires exact PMS matching. Utilizing spectrophotometers and controlled D65 light boxes, our laboratory dipping team delivers 5-day lab dips with a strict color difference rating of Delta-E < 0.8. All fleeces undergo rigorous washing test cycles (ISO 105-C06) to ensure color fastness reaches Grade 4.5+ after 30 commercial wash cycles.
Meeting European REACH, US CPSIA, OEKO-TEX Standard 100, and Global Recycled Standard requirements for flawless customs clearance.
Guarantees that face fabrics, pocket linings, drawstrings, zippers, and thread trims are completely free of harmful aromatic amines, heavy metals, and carcinogenic dyes.
Complete transaction certificate (TC) tracking for recycled polyester inputs. Provides full chain-of-custody verification from post-consumer PET collection to completed garment delivery.
Full compliance with European Union REACH restriction list and US Consumer Product Safety Improvement Act. Fluorine-free C0 DWR coatings applied for eco-friendly water repellency.
Pioneering microplastic shedding mitigation, smart thermal phase-change materials, and fully recyclable polyester mid-layers.
Synthetic fleece micro-shedding during domestic laundering has become a major environmental focus. Our textile engineering team is testing continuous-filament polyester yarns combined with thermal surface singeing. This structural modification locks surface fibers, reducing microplastic fiber detachment during washing by up to 80% compared to standard staple-spun fleece yarns.
Next-generation thermal fleeces incorporate micro-encapsulated Phase Change Materials directly into the fiber core or backing matrix. When the wearer exerts high energy during alpine climbing, the PCM absorbs excess body heat; during periods of rest, the encapsulated material releases stored latent heat, keeping skin temperatures within an ideal comfort zone of 28°C to 32°C.
To support true circular economy models, our OEM design service works toward 100% monomaterial fleece jackets. By replacing nylon zips, elastane trims, and polyurethane coatings with engineered polyester alternatives (including PET zips, PET sewing thread, and TPU membranes), the entire fleece garment can be directly re-shredded and chemically recycled without manual trim separation.
Discover our extended OEM product lineup, including insulated down jackets, earth-tone fleece pullovers, pilot bombers, and high-visibility safety shells.
In-depth responses covering OEM custom specs, anti-pilling test methods, lead times, and international shipping options.
