Apparel Manufacturers by Product: Why One Factory Cannot Make Your Whole Range

In this cluster

Someone searching for a hoodie manufacturer usually wants a name and a price. What they need first is an understanding of what making that particular garment involves — what sets its minimum, what its cost is actually made of, how long it takes, where it goes wrong, and which origins are genuinely good at it. This cluster indexes apparel manufacturers by product category on exactly that basis: one page per product, each with a full worked cost build. It is not a directory, and it names no factories. For partner selection, see sourcing apparel direct from factories; for country trade-offs, comparing India, Vietnam, Bangladesh and China.

Why apparel factories are specialised by product category

The single most expensive misconception in early-stage sourcing is that a "clothing manufacturer" is a general-purpose thing. It is not. A garment factory is a specific set of machines with operators trained on those machines, so sorting clothing manufacturers by product is really sorting them by machine. Four of the garment factory types below barely overlap at all.

Circular knitting. A circular knitting machine produces tubular fabric continuously and is what makes jersey for tees, piqué for polos, rib for trims and loopback terry for fleece. Change the fabric and you change the machine's gauge, diameter and feeder count. This is the base of the knit basics industry, and it is why India's Tirupur cluster and the large Bangladeshi knit groups can spin, knit, dye and sew inside one campus.

Flat knitting. A flat-bed machine knits panels to shape rather than making yardage, which is how a real sweater is made — front, back and sleeves knitted to their finished outline and linked together, not cut out of cloth. Different machines, different programming skill, and a different minimum, because there is no fabric roll to amortise. Under 19 CFR 102.21, knit-to-shape also changes the rules of origin: if at least half the exterior surface area is major parts knitted directly to shape, origin follows the knitting country rather than the sewing country.

Weaving. Woven cloth is made on looms in a weaving mill, almost always a different company and often a different country from the garment factory. That single fact drives most of the lead-time difference between knits and wovens.

Cut-and-sew of woven fabric. A woven garment plant buys cloth and assembles it on 301 lockstitch machines, with specialised collar, placket, buttonhole and button machinery, fusing presses to bond interlining into collars and cuffs, and a multi-station pressing line at the end. None of that equipment exists in a jersey plant, and no amount of goodwill substitutes for it.

Then two processes sit alongside all four, as separate plants again:

• Wet processing. Dyeing, bleaching, compacting, napping and finishing happen in a dyehouse, not on the sewing floor. It is capital-intensive, water-intensive and environmentally regulated — Tirupur's dyeing sector operates under a Zero Liquid Discharge mandate from a 2011 Madras High Court order, which is both a real capacity constraint and a genuine environmental credential. Wet processing is also where your minimum order comes from, because a dye vessel has a minimum load.
• Garment laundry. Denim and washed garments go to a laundry for stone, enzyme, bleach or laser treatment after sewing. A laundry is a separate business with separate compliance exposure, and it is the reason washed denim carries the longest lead time of any common category.

What the machinery divide means for a brand with a mixed range

If your line sheet has tees, hoodies, woven shirts, a knitted sweater and a pair of jeans, you are looking at four or five supply chains, not one. Three practical consequences follow.

You will have more than one supplier, so plan for it rather than discovering it. A cut and sew manufacturer that agrees to make all five is usually subcontracting some of them. That is not automatically bad — it is how a lot of the industry works — but you need to know which operations leave the site, because your audit scope, your traceability file and your quality liability all follow the actual production location.

Minimums do not pool across categories. Each style in each colour meets its own fabric and trim minimums in its own factory. A 3,000-unit first buy split across five categories is five sub-500 orders, each priced below MOQ at a 15 to 30 percent premium.

Development cost scales with complexity, and it is spent before you know anything. A first tee sample runs $200 to $350; a hoodie $300 to $600; knit sweaters $400 to $900; denim jeans $400 to $800; a blazer $600 to $1,200. Two to four rounds are normal, so a 30-style collection can absorb $27,000 to $150,000 in development alone. Roughly 60 percent of physical samples never reach production.

The honest sequencing advice: launch in one or two adjacent categories that share a factory type, prove demand, then expand. Adjacent means knit basics and fleece, or woven shirts and woven bottoms — not tees and blazers.

The SMV ladder from a tee to a blazer, and what it does to cost

SMV (standard minute value, also written SAM) is the industrial-engineered time a garment takes to sew. It is the honest way to compare complexity across categories, and it maps directly to money: CM cost equals SMV times cost-per-minute divided by line efficiency.

Standard minute values by garment and the cut-and-make cost each implies at $0.08 per minute. The CM column assumes 100 percent line efficiency, so treat it as a floor — a realistic export line runs at 60 to 75 percent.

Three readings worth taking from that ladder.

Jeans sew faster than a formal shirt. At 11.7 SMV against 22.3, five-pocket denim is less sewing work than a dress shirt. Denim's cost and calendar come from the laundry and the fabric, not from the sewing line — which is exactly why denim lives in a different factory.

Sewing is not where a basic garment's money is. On the canonical tee cost sheet, CM labour is $0.80 of a $4.30 FOB — 18.6 percent — while fabric is $2.20, or 51.2 percent. Negotiating the sewing rate on a tee is arguing over the smallest movable line. On a formal shirt, CM rises to 23.5 percent of FOB, so origin labour cost matters more as complexity rises.

Above the ladder sits tailoring, where SMV stops being the whole story. A structured blazer carries canvas, padding, tape, multiple linings and a pressing sequence that requires skilled operators who take months to train. There is no reliable published SMV to quote for it; the visible proxy is development cost, where a blazer's first sample at $600 to $1,200 is roughly three times a tee's.

Product categories compared: MOQ, SMV, CMT, lead time, origins and HTS chapter

Manufacturing parameters across the main apparel manufacturing categories, as of 16 August 2026. MOQ is per colour at a typical export factory unless noted. Lead time is stated purchase order to FOB (ex-factory) for a first order; add ocean transit and clearance for purchase order to DC. Duty rates are illustrative — verify against the current HTSUS.

Where a cell reads "not published," no primary benchmark exists that we are willing to state as fact; ask the factory for its own SMV study rather than accepting a rounded number. The 8.5 SMV tee and the 22.3 SMV shirt are the two anchors — everything else is best understood relative to them.

Two structural points the table encodes. The HTS chapter follows the fabric, not the garment silhouette, so a knit polo with a collar and a placket is still Chapter 61 while a woven shirt of identical appearance is Chapter 62. And origin follows the cut-and-sew country under 19 CFR 102.21 for almost everything except knit-to-shape sweaters, which is the legal mechanism that made China-plus-one restructuring possible.

The cost pattern that repeats across every category

Every worked cost sheet in this cluster has the same five lines, and the proportions move in a predictable direction as garments get heavier and more complex.

Heavier garments become fabric purchases with some sewing attached; more complex garments become labour purchases with fabric attached. That single observation tells you where to negotiate. On fleece, argue about fabric weight, yarn and trim minimums. On a woven shirt, argue about efficiency, operation count and origin labour rate. Full derivations sit on how tee factories differ and what a tee costs to build, hoodie and sweatshirt manufacturing, fleece and cost and woven shirt manufacturing, fusing and duty.

One warning that applies to all three: mills quote fabric either as finished dyed fabric per kilogram or as yarn plus a conversion charge. A $5.50/kg quote and an $8.15/kg quote can describe the same fabric, so confirm the basis before you compare two suppliers.

Where to go next in this cluster

Each page below is a product-specific sourcing guide with its own cost build, MOQ drivers, lead times, failure modes and origin map.

• How tee factories differ and what a tee costs to build — knitting in-house versus bought fabric, tubular versus side-seamed, the $4.30 FOB build, and the collar that moves duty from 16.5 to 19.7 percent.
• Hoodie and sweatshirt manufacturing, fleece and cost — why brushing is a separate step, the $10.20 FOB build at 21 SMV, and why trim minimums rather than dye lots set fleece MOQ.
• Woven shirt manufacturing, fusing and duty — Chapter 62 against Chapter 61, collar and cuff fusing failures, pattern matching wastage, and the compound duty rate on man-made fibre.
• Flat-knit sweaters and knitwear manufacturing — knit-to-shape, gauge, and the lowest minimums in the industry.
• Activewear and performance apparel manufacturing — synthetics, bonded seams and why Vietnam leads.
• Streetwear manufacturing and heavyweight construction — heavyweight jersey and fleece, boxy blocks and decoration-heavy programmes.
• Womenswear manufacturing and the SKU problem — fit complexity, grade rules and size-curve economics.

If you have concluded that your first buy is too small for any of these minimums, that is a legitimate answer and the arithmetic is on the sourcing economics behind blank apparel pricing. Definitions for every term used above are in the Yarnstick glossary of sourcing and trade terms.

Frequently asked questions