ProCool Dri-QWick Jersey Mesh: The Complete Guide to Wazoodle's Open-Mesh Wicking Fabric
What ProCool Dri-QWick Jersey Mesh Is and Why It Matters
ProCool Dri-QWick Jersey Mesh is AKAS Tex's lightweight, open-hole mesh wicking family — a single-knit jersey construction with engineered perforations that create exceptional breathability and airflow beyond what solid jersey or pique mesh can deliver. Dri-QWick Technology creates directional moisture transport through smooth/textured fiber-channel architecture, moving perspiration from skin to exterior for accelerated evaporation. In independent AATCC 197 vertical wicking testing, Dri-QWick construction transports moisture 2.7 inches in 30 minutes — more than 4× the distance of ProCool Foundation fabrics and 2× the Cooling tier.
The textured mesh side must face the skin in finished products for directional wicking to function. Moisture is transported from the mesh face to the smooth back surface for evaporation. At 150–225 GSM with 0.023–0.027" thickness, Jersey Mesh creates a thin, lightweight profile that reduces bulk in layered applications — cloth diaper liners, menstrual pad top layers, athletic base layers, and performance underwear. Customers consistently describe the hand feel as "butter soft," noting the fabric becomes even softer after washing.
The 8-variant family spans three construction types (Standard polyester, Stretch-FIT with Lycra, and Micromodal), four treatment options (Standard, Silver antimicrobial, Print, FoodSAFE), and is entirely manufactured in the USA, CPSIA certified, and Forever Chemicals-Free (no PFAS, BPA, phthalates).
For how Dri-QWick Technology works and how it compares to other ProCool wicking technologies, see ProCool Wicking Technologies Compared: TransWICK vs Dri-QWick vs Cooling vs Foundation Wicking.
The Complete ProCool Dri-QWick Jersey Mesh Lineup
All Jersey Mesh variants share open-hole mesh construction, verified directional wicking per independent AATCC testing, and dual-sided design (mesh face + smooth back). Variants differ by fiber content, stretch behavior, treatment, and weight.
Key Concept — Mesh Orientation Is Critical: All Dri-QWick Jersey Mesh variants have a textured mesh side and a smooth flat side. The mesh side must face the skin for directional moisture transport to work. The open-hole mesh captures perspiration at the skin surface and the Dri-QWick construction channels it to the smooth back for evaporation. Reversing the orientation significantly reduces wicking performance. Mark the mesh side clearly during cutting — once pieces are separated, the two sides can be confused during assembly.
All fabric specifications may vary ±10% due to textile industry manufacturing standards.
Choosing Your Dri-QWick Jersey Mesh: Construction, Treatment, and Fiber Guide
Jersey Mesh selection involves two decisions: which construction type provides the stretch and fiber properties your project needs, and which treatment adds required functionality.
Semi-transparency note: All Jersey Mesh variants are semi-transparent due to the open-hole mesh construction. This is inherent to the mesh design that creates breathability — not a defect. Plan for use as an internal layer (diaper liner, garment lining) or pair with an opaque outer fabric when external coverage is needed.
For Standard vs Silver across all Wazoodle fabrics, see Article 40 — Standard vs Silver: When Antimicrobial Treatment Matters. For Dri-QWick compared to other ProCool wicking technologies, see ProCool Wicking Technologies Compared: TransWICK vs Dri-QWick vs Cooling vs Foundation Wicking.
Working With Dri-QWick Jersey Mesh: Sewing and Construction Guide
Dri-QWick Jersey Mesh is lightweight and flexible, which makes it comfortable in wear but requires attention during construction. The Standard variant (W-434) has a notable advantage: edges resist curling and seams don't run, unlike typical jersey — customers find it notably easier to sew than expected for a performance fabric. Other variants may exhibit normal jersey edge curl that requires stabilization.
Pairing Dri-QWick Jersey Mesh With Other Wazoodle Fabrics
Dri-QWick Jersey Mesh functions in two primary modes: as a standalone fabric for lightweight garments and accessories, or as an internal stay-dry layer in multi-layer absorbent systems. The stay-dry liner role is its dominant use case based on customer data.
Your results may vary based on product design, construction method, and end-use requirements.
Common Applications for Dri-QWick Jersey Mesh
Dri-QWick Jersey Mesh's defining advantages are its lightweight open-mesh breathability, soft hand feel, and rapid directional wicking — making it the preferred ProCool construction for skin-contact stay-dry applications and lightweight athletic wear.
- Cloth Diaper Stay-Dry Liners — The dominant application across the family. Jersey Mesh as the skin-contact liner keeps baby's skin dry by wicking moisture into the absorbent core beneath. Customers report it "wins by far" over microfleece and microsuede alternatives, prevents friction rash, and rinses "like a dream" without staining. One customer stopped using disposable flushable bamboo inserts entirely after switching to Jersey Mesh, calling them "a waste of money by comparison." Silver variant preferred for odor control.
- Menstrual and Incontinence Products — Stay-dry top layer for reusable menstrual pads and incontinence underwear. Silver Jersey Mesh (W-433) chosen for a humanitarian project making menstrual pads for school girls in South Sudan. Church groups use Silver variant for community incontinence pad programs. Stretch-FIT Silver (W-605) validated for incontinence underwear where stretch recovery matters.
- Menopause Sleepwear — Multiple customers specifically making menopause pajamas and nightgowns for managing night sweats and temperature regulation during sleep.
- Athletic and Performance Wear — Running shirts, training apparel, cycling jerseys, sports bras, performance underwear, and golf skort liners. Cooling dew-rags identified as matching commercial Ergodyne products. Western riding shirt side panels for air venting in long-sleeve garments requiring coverage with cooling.
- Baby and Children's Products — Baby carrier linings for summer/water use ("perfect material"), lightweight hats for babies wearing hearing aids and cochlear implants, bibs and burp cloths (FoodSAFE variant). The thin 0.023" profile doesn't interfere with medical devices while providing breathability.
- Face Masks — Silver variant (W-433) breathable enough for people with asthma to wear comfortably during extended periods. Multiple customers validate both inner and outer mask layer use.
- Costume and Fursuit Linings — Breathable internal lining for fursuits and performance costumes. Despite being lightweight, customers report surprising strength and durability for this application. Silver variants add odor control inside sealed costume environments.
- Pet Applications — Dog show coat preparation (keeping Cavalier King Charles Spaniel coats flat and dry before entering ring), pet harness linings with batting, and pet cooling scarves.
- Marine and Specialty — Boat clear vinyl window cover liners preventing water retention and mildew. Wheelchair seat covers for youth users. Knee pillow covers.
- Food Storage (FoodSAFE W-337) — Reusable food storage bags, bowl covers, and children's snack pouches with FDA food-contact certification.
Use as stay-dry liner (1 layer) in multi-layer systems, or as standalone fabric for lightweight garments and accessories.
For fabric recommendations for your specific project, see the Application Discovery articles for your product category.
Dri-QWick Jersey Mesh Certifications: Safety, Chemical-Free, and Made in USA
All Dri-QWick Jersey Mesh variants are certified safe for children's products and verified free of harmful chemicals. The FoodSAFE variant additionally carries FDA food-contact certification.
Fabric vs. Finished Product: CPSIA certification of the fabric component does not automatically certify your finished product. Depending on how your product is constructed, independent CPSIA testing of the finished item may also be required.
For what CPSIA certification requires, see CPSIA Certified: What CPSIA Certification Means for Children's Products.
Dri-QWick Jersey Mesh Care: Washing, Drying, and What to Avoid
Dri-QWick Jersey Mesh's wicking performance is built into the fabric's fiber-channel architecture and mesh construction — the directional moisture transport is a function of the physical structure, not a chemical surface treatment. Proper care protects the fiber channels that make the technology work. Customers note the fabric actually becomes softer after washing while maintaining performance properties.
Washing
Wash at medium temperature with like colors using a zero-residue detergent. Extra rinse cycle recommended to prevent detergent buildup. Use mesh laundry bags to prevent snagging on other garments. Pre-washing is not required for polyester variants (minimal shrinkage) but is mandatory for Micromodal (W-426).
Drying
Dry on medium heat. Avoid high heat — especially on Stretch-FIT variants (W-427, W-605) where excessive heat permanently degrades Lycra stretch recovery. Jersey Mesh dries rapidly due to the open-mesh construction and Dri-QWick directional wicking.
What to Avoid
Never use fabric softeners or dryer sheets with any Dri-QWick Jersey Mesh variant. These coat wicking channels and permanently destroy moisture transport. On Silver variants (W-433, W-605, W-623), softeners also eliminate antimicrobial effectiveness. No bleach on Silver variants (degrades antimicrobial treatment). No chlorine bleach on Stretch-FIT variants (breaks down Lycra bonds). No bleach on Micromodal (causes fiber degradation). Body oils, lotions, and detergent buildup also reduce wicking over time.
For why fabric softener damages performance fabrics, see Care Article 8 — Why Fabric Softener Destroys Performance Fabrics.
Dri-QWick Jersey Mesh Specifications: Construction Type Comparison
The three construction types share jersey mesh architecture and verified directional wicking per independent AATCC testing but differ in fiber content, stretch, weight, and dimensional behavior.
| Specification | Standard Polyester | Stretch-FIT | Micromodal |
| Fiber Content | 100% polyester | 91% polyester / 9% Lycra | 100% micromodal |
| Weight | 150 GSM | 150–175 GSM | 225 GSM |
| Thickness | 0.023" | 0.027" | 0.025" |
| Width | 60–62" | 60–62" | 57" |
| Stretch (W × L) | 20–25% × 10% | 25% × 20% | 25% × 10% |
| Lycra Recovery | No | Yes (4-way) | No |
| Shrinkage | Minimal | Minimal | 16% length / +7% width |
| Pre-Wash Required | Optional | Recommended | Mandatory |
| OMMC Value | 5 | 5 | 5 |
| UPF Rating | 15–20 | 15–20 | 15–20 |
| Silver Available | Yes (W-433, W-623) | Yes (W-605) | No |
| FoodSAFE Available | Yes (W-337) | No | No |
| Color Fastness | 4.5 | 4.5 | 4.5 |
| pH | 7.4 (neutral) | 7.4 (neutral) | 7.4 (neutral) |
| Bio-Based | No | No | Yes (beech cellulose) |
| CPSIA Certified | Yes | Yes | Yes |
| Made in USA | Yes | Yes | Yes |
All specifications may vary ±10% due to textile industry manufacturing standards.