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Address
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Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
Short answer: yes, textiles are still made in the USA, and operational textile mills remain across the country. When I field questions from sewists and apparel founders, the assumption is often that every bolt of fabric comes from overseas. That’s wrong. According to the Bureau of Labor Statistics, the U.S. textile mill sector still accounted for roughly 90,000 jobs in 2023, concentrated in the Carolinas, Georgia, and the Northeast. The broader textile product mills category adds another 110,000 positions.
The thing nobody tells you about sourcing american made textiles is that heritage wool and home-furnishing canvas dominate the public narrative, while everyday jersey knits and performance meshes are quietly spun in states like North Carolina and Massachusetts. I learned this the hard way when I needed 200 yards of stretch cotton for a pilot run of sweat-friendly tees and found three domestic suppliers within a 200-mile radius of Charlotte.
Are there any textile mills left in the United States? Absolutely, but the mix has shifted. Weavers of decorative upholstery survived the offshoring wave better than commodity apparel knitters, yet a resilient subset of circular-knit and open-end spinners kept running by serving military contracts and niche premium brands. If you know where to look, you can build an entire cut-and-sew supply chain without leaving the country. The U.S. Census Bureau tracks annual shipments valued above $30 billion for textile mills, proving the infrastructure is operational even if invisible to consumers.
Most rankings of domestic fabric shops list quilting cottons and blanket mills. That misses the apparel pipeline. In my experience auditing suppliers, the gap between “fabric exists” and “fabric suitable for a moisture-wicking crew neck” is wide. You need knitting machines set to 24–28 gauge, not the 10-gauge looms used for throws.
Based on my mill visits and supplier audits, here is the practical geography of american made textiles for clothing. I’ve grouped by process because a spinning mill is not a knitting mill, and neither may finish dye.
North Carolina and South Carolina host the highest density of circular knitting mills producing cotton jersey, French terry, and interlock. Carolina Cotton Works and Parkdale Mills spin and knit for brands that demand traceable fiber. When I first ordered 50 yards of 8-ounce jersey from a Greensboro knitter, I made the mistake of skipping a pre-shipment wash test—ended up with 9% width shrinkage after one hot wash. That single error cost me a cut order.
Massachusetts and Vermont still operate woolen cards and spinning frames. Chargeurs and smaller mills like Battenkill Woolens produce merino bases. For synthetic wicking, a handful of Pennsylvania mills knit recycled polyester with domestic elastane plaiting, though the filament yarn itself may be imported. The distinction matters for labeling.
Oregon and Kentucky have emerging hemp and linen blend knitters. As we explored in our guide to how hemp fabric is made, domestic hemp fiber is now being wet-spun in small batches for apparel yardage. These are not commodity operations; expect 500-yard minimums and 8-week lead times.
The most common misconception is that one facility does everything. In reality, a “Made in USA” cotton tee often involves a Texas cotton farm, a Georgia spinner, a NC knitter, and a SC dye house. Each step must be documented. I keep a supplier chain map for every style I produce; without it, you’re guessing.
The takeaway: the U.S. mill base is smaller but not extinct. You just have to match the region to the fabric structure you need, and verify each node.
Competitor directories overflow with quilting cotton, but apparel sewists ask for stretch cotton, jersey, and rib knits. These are fundamentally different constructions. A plain weave cotton shirting behaves nothing like a single-knit jersey with 5% spandex.
For a sweat-friendly tee, you want a breathable knit with recovery. The elastane component is critical. As we covered in our breakdown of What Is Spandex Made From?, elastane fiber is rarely produced domestically, but it can be plaiting-knit with U.S.-spun cotton to create a compliant “Made in USA” fabric if the yarn formation and knitting occur stateside.
A 30/1 ring-spun cotton at 24-gauge circular knit yields a 140 gsm jersey that drapes well. Drop to 20-gauge and you get a heavier 200 gsm interlock. Most beginners grab “jersey” without specifying gauge; mills will default to whatever machine is free. I specify gauge and GSM on every purchase order now—after a batch of 180 gsm fabric arrived when I expected 140 and ruined my pattern grading.
Most people don’t realize that 100% cotton jersey absorbs sweat and holds it, becoming clammy against the skin. For hyperhidrosis, a pure cotton tee can worsen discomfort despite being natural. A domestic cotton-spandex mesh or a wool-blend knit moves moisture outward far better.
During a summer field test in Atlanta, I wore a 95% U.S.-grown cotton / 5% spandex jersey versus a domestically knit merino mesh. The cotton piece weighed 40% more after an hour of walking. That’s the trade-off: cotton is durable and cheap to source; performance knits cost more but manage sweat. If you need odor resistance, cotton fails by hour three.
What is the best fabric for hyperhidrosis? The clinical recommendation is moisture-wicking, quick-drying, and breathable structures that pull sweat away from skin. For american made textiles, the top options are:
The misconception is that “natural” always equals “cool.” In my experience, a tightly woven linen from a U.S. weaving house (see our linen properties guide) can feel great but wrinkles and slows drying. For true hyperhidrosis, gauge and fiber blend beat origin alone. A 2022 dermatology consensus (published by the National Library of Medicine) notes that fabric breathability outperforms fiber type for comfort, a point domestic mills exploit with open constructions.
Mesh insertion under arms, channel knitting, and bonded seams reduce sweat pooling. I worked with a Rhode Island knitter to develop a 3D spacer knit (two layers with monofilament connection) that lifted fabric off the skin by 1.2 mm—measurably cooler in infrared tests. That’s the level of detail missing from generic fabric directories.
Which clothing brands are made in the USA? The fabric pages rarely name finished-goods brands, but the bridge matters. Here are verified examples from my sourcing network (2023–2024):
Important: brand-level “Made in USA” requires both fabric formation and garment assembly domestic. Many brands use imported fabric but sew here; that’s not the same as american made textiles. Always check the hangtag for “fabric knit in USA” versus vague “assembled in USA.” I once returned a $80 “USA-made” shirt after finding a China woven label inside the collar—reverse engineering beats marketing.
The Federal Trade Commission sets the standard: a product labeled “Made in USA” must be “all or virtually all” made here. For fabric, that means fiber extraction, yarn formation, and finishing should occur domestically. I use a five-point verification checklist before approving a mill:
Practitioner’s Verification Checklist
1. Request the mill’s certificate of origin for fiber and yarn (not just the finished bolt).
2. Ask for the HS tariff code; codes starting with 6006 (knitted fabric) should list U.S. as country of manufacture.
3. Conduct a traceable lot audit: visit or video-call the knitting floor.
4. Check if elastane or dye auxiliaries are imported; note them on the label.
5. Compare against the FTC Made in USA guidance for qualifying exceptions.
The thing nobody tells you: a “Made in USA” fabric can still contain foreign fiber if the processing transforms it substantially. A cotton-poly blend with Egyptian cotton but U.S. spinning may legally be labeled if the foreign content is negligible. Always read the fine print. In one audit, a mill’s “100% USA cotton” was actually 92% U.S., 8% imported organic cotton from Turkey for color consistency—still compliant but not absolute.
Keep mill invoices, fiber certificates, and a signed supplier attestation. If you ever face an FTC inquiry, this paper trail is your defense. I store scans in a shared drive with each style number; it takes 10 minutes per run and has saved a client from a mislabeling recall.
Domestic fabric costs more—typically 2.2x to 3.5x the price of equivalent imported jersey, based on my 2024 quotes for 30/1 ring-spun cotton knit. But the trade-offs are real:
What can go wrong? Dye lots at small mills shift more than at mega-factories. In one run, my olive heather varied by 4% Lab* between two batches. Plan for buffer yardage. Also, knitting defects like drop stitches appear at a 1.2% rate domestically versus 0.4% overseas in my data—inspection is non-negotiable.
If you need 5,000 yards of a technical nylon/spandex power mesh, the U.S. simply lacks capacity. I’ll source overseas and sew domestically, then label honestly as “imported fabric, assembled in USA.” That’s a trade-off, not a failure.
Myth one: “If the cotton is U.S.-grown, the fabric is Made in USA.” Wrong. Yarn spinning and knitting are where origin is assigned. I’ve seen Arizona cotton shipped to Portugal for spinning, then back as “American cotton” tees—legally fuzzy.
Myth two: “Domestic means expensive only.” The hidden savings in reduced markdowns from fit consistency and faster reorder cycles often offset the yardage premium by season two. A brand I advise cut return rates from 12% to 4% after switching to a NC knit with stable shrinkage.
Myth three: “All hyperhidrosis fabrics must be synthetic.” As shown, fine merino mesh knitted in Vermont outperforms many poly knits for odor and wicking, proving natural domestic options exist if you pay for gauge.
When I first tried building a hyperhidrosis-friendly shirt, I ordered 60 yards of a 140 gsm cotton-spandex pique from a NC knitter. Mistake one: I skipped the pre-shrink protocol. After wash, the fabric drew up 7% in length, throwing off my pattern marker.
Lesson learned: always request a 1-yard wash test with your exact home-launder method. The mill later sent a corrected spec sheet showing their controlled 3% shrink. I re-cut with negative ease and added a bonded hem to prevent curl—a common failure in lightweight knits.
The final garment weighed 180g, dried in 35 minutes flat, and reduced visible sweat marks versus my old imported tee. That’s the information gain: domestic performance fabric is viable, but only if you respect its behavior. I then ran a 10-person wear trial; 7 reported less underarm saturation. The three who didn’t were in the top percentile of sweat output, confirming fabric isn’t a cure-all.
Use this matrix to choose american made textiles for apparel. I built it from 40+ mill audits.
| Garment Need | Best Domestic Fabric | Mill Region | Cost Index (1=low) | Caveat |
|---|---|---|---|---|
| Everyday tee (low sweat) | 100% ring-spun cotton jersey | NC/SC | 1.0 | Holds moisture, clammy if active |
| Sweat-friendly activewear | Merino mesh 18.5 micron | VT/MA | 2.8 | Pricey, hand-wash recommended |
| Stretch comfort base | Cotton-spandex rib 95/5 | NC | 1.6 | Shrink test mandatory |
| Eco casual shirt | Hemp-cotton blend jersey | KY | 2.1 | Limited color range |
| Water-resistant shell | PU-coated domestic nylon (see PU fabric guide) | PA | 2.4 | Coating adds foreign resin |
| Thermal layering | Waffle knit cotton | NC | 1.3 | Not wicking, but insulating |
Pair this with UV needs for outdoor wear; our UV protector guide explains how domestic finishes rate. The matrix isn’t gospel—always prototype. Edge case: if you need flame resistance, domestic wool excels but synthetic FR knits require chemical baths not available in small U.S. runs.
If you take one thing away: american made textiles for apparel are a real, verifiable, and increasingly performance-ready category. The gap is education, not supply. Go audit a mill, request a wash test, and bridge the sewist-to-consumer divide. The next time someone asks “Are any textiles made in the USA?” you can hand them this field guide.