When apparel brands build a new collection, clothing is often grouped by consumer-facing categories such as:

• Casualwear
• Formalwear
• Sportswear
• Streetwear

But from a manufacturing and sourcing perspective, another framework can be more useful.

Factories need to understand:

• How the fabric is constructed
• How much it stretches
• What machinery is required
• How the garment should be patterned
• What finishing processes are needed
• Where production cost comes from

For this guide, we will look at three practical apparel manufacturing groups:

1. Knitwear
2. Woven Apparel
3. Performance & Technical Apparel

Each category behaves differently during cutting, sewing, washing and bulk production.

The Three Main Clothing Categories

1. Knitwear

Knit fabrics are built from interlocking yarn loops.

This construction naturally provides:

• Stretch
• Softness
• Drape
• Comfort

Common knit garments include:

• T-shirts
• Hoodies
• Sweatshirts
• Sweatpants
• Beanies
• Cardigans

Knits form the foundation of much of modern streetwear and athleisure.

2. Woven Apparel

Woven fabrics are created by interlacing:

Warp yarns + Weft yarns

normally at approximately 90-degree angles.

Compared with knits, woven fabrics generally provide:

• More structure
• Less natural stretch
• Sharper silhouettes
• Greater dimensional stability

Common woven garments include:

• Cargo shorts
• Cargo pants
• Denim
• Flannel shirts
• Overshirts
• Jackets
• Utility bottoms

3. Performance & Technical Apparel

Performance garments are built around function.

They frequently use engineered synthetic fabrics such as:

• Nylon
• Polyester
• Nylon / Spandex
• Polyester / Spandex

and may include additional treatments such as:

• DWR water-repellent finishing
• Moisture management
• Quick-dry finishing
• Anti-bacterial treatments
• Bonded seams
• Seam sealing

Common applications include:

• Running shorts
• Gym shorts
• Compression garments
• Technical jackets
• Performance joggers

Knit vs Woven vs Technical Apparel

Actual stretch and dimensional behavior depend on the exact fabric construction and fiber composition.

Knitwear: The Foundation of Streetwear

Knitwear is one of the most important categories for modern clothing brands.

Its natural stretch and soft hand feel make it especially suitable for:

• Oversized silhouettes
• Casualwear
• Streetwear
• Loungewear
• Athleisure

Heavyweight French Terry

For premium streetwear, a common specification is:

380–480 GSM French Terry

Possible composition:

100% combed cotton

Key characteristics include:

• Loopback interior
• Heavy drape
• Structured silhouette
• Breathability
• Good pigment-wash compatibility

This fabric works particularly well for:

• Oversized hoodies
• Heavy sweatpants
• Sweat sets

Heavy Single Jersey

For premium T-shirts, heavier single jersey fabrics may use approximately:

240–300 GSM

Compared with lightweight jersey, they create:

• More structure
• Less transparency
• Heavier hand feel
• Premium streetwear positioning

Manufacturing Challenge: Shrinkage and Fabric Torque

Knitted fabrics can move more easily than woven fabrics.

Potential problems include:

• Shrinkage
• Spirality
• Side-seam twisting
• Shape distortion

Proper fabric finishing and wash testing are therefore important before bulk cutting.

Woven Apparel: Structure and Durability

Woven construction is useful when the product needs:

• Shape
• Durability
• Utility
• Clean seams
• Structured pockets

Typical applications include:

• Cargo shorts
• Cargo pants
• Denim
• Utility jackets
• Overshirts

Fabrics for Woven Garments

Taslan Nylon

Useful for:

• Technical cargo shorts
• Utility bottoms
• Outdoor-inspired pieces

Heavy Cotton Twill

A useful weight range for structured bottoms can be approximately:

220–280 GSM

It works well for:

• Cargo pants
• Workwear
• Structured shorts

Brushed Cotton Woven

Often used for:

• Flannel shirts
• Overshirts
• Casual outer layers

Manufacturing Challenge: Stress Points

Because many woven fabrics have limited natural stretch, stress can concentrate around:

• Pocket corners
• Belt loops
• Fly seams
• Crotch seams
• Cargo pocket attachments

Reinforcement methods such as bar-tack stitching can help improve durability.

Performance & Technical Apparel

Technical garments are usually designed around a performance requirement rather than only appearance.

Examples include:

• Stretch
• Water repellency
• Quick drying
• Breathability
• Low weight
• Reduced seam friction

Nylon / Spandex Activewear

A common example is:

88% Nylon / 12% Elastane

with fabric weights around:

120–160 GSM

This type of fabric can provide:

• Four-way stretch
• Recovery
• Lightweight comfort
• Mobility

It works particularly well for:

• Running shorts
• Gym shorts
• Training apparel

Manufacturing Challenge: High-Stretch Seams

Technical stretch fabrics place more stress on stitching.

If the seam cannot extend with the fabric, problems may include:

• Thread popping
• Broken seams
• Chafing
• Restricted movement

Possible manufacturing solutions include:

• Flatlock stitching
• Multi-thread stretch seams
• Bonded seams
• Ultrasonic construction

The exact method depends on the fabric and garment design.

Manufacturing Equipment by Clothing Category

Knitwear

Common equipment:

• Overlock
• Coverstitch
• Flatlock

These machines allow seams to maintain more flexibility.

Woven Apparel

Common equipment:

• Single-needle lockstitch
• Twin needle
• Bar-tack machine

These are suitable for more structured construction.

Technical Apparel

Depending on the product:

• Laser cutting
• Hot-air seam sealing
• Ultrasonic bonding
• Flatlock sewing

may be used.

Technical machinery can add production cost but also enables construction that conventional sewing cannot easily achieve.

BOM Cost Comparison Across the Three Categories

The following examples come from the source production scenarios and illustrate how cost drivers differ by garment category.

Category 1 — 420 GSM Heavyweight Hoodie

Raw Fabric

100% combed cotton French terry:

$8.50

Rib, Drawcord & Hardware

$1.80

Cut & Sew Labor

Overlock and coverstitch production:

$4.20

Branding

Puff print and woven labels:

$1.80

Estimated FOB

$16.30 per piece

Category 2 — Taslan Utility Cargo Shorts

Raw Fabric

Nylon Taslan:

$3.80

Hardware

Zippers, snaps and webbing:

$2.10

Cut & Sew

Precision construction and cargo pockets:

$4.50

Branding

Rubber patch / hangtag:

$1.20

Estimated FOB

$11.60 per piece

Category 3 — Technical Active Shorts

Raw Fabric

88/12 Nylon-Spandex with functional finishing:

$4.20

Functional Trims

Waterproof zipper and elastic:

$1.80

Labor

Laser cutting, bonding and flatlock:

$5.10

Branding

Reflective heat transfer:

$1.40

Estimated FOB

$12.50 per piece

Why Labor Cost Changes Between Categories

A more expensive fabric does not always create the most expensive garment.

For example, technical activewear may use a lighter fabric but require:

• Laser cutting
• Bonding
• Specialized stitching
• Technical zippers
• More controlled production

That increases labor and processing cost.

Woven cargo garments may also require significant labor because of:

• Multiple pockets
• Flaps
• Snaps
• Webbing
• Reinforcement

Cost should therefore be evaluated through the complete BOM and construction process, not fabric price alone.

Quality Control Across All Clothing Categories

Regardless of the clothing category, QC should begin before production and continue through final packing.

Stage 1 — Incoming Fabric Inspection

Check:

• GSM
• Colour
• Fabric defects
• Composition
• Shrinkage
• Stretch where applicable

Stage 2 — In-Process Quality Control

Different categories require different checks.

Knitwear

Check:

• Seam elasticity
• Stitch density
• Fabric stretching

Woven Apparel

Check:

• Needle tension
• Seam puckering
• Bar-tack reinforcement

Technical Apparel

Check:

• Bonding
• Seam tape adhesion
• Stretch seams
• Functional trims

Stage 3 — Final Measurement

Finished garments should be measured against the approved tech pack.

Important points can include:

• Chest
• Body length
• Waist
• Hip
• Rise
• Inseam
• Sleeve
• Leg opening

The source production framework uses a reference tolerance around:

±0.8 cm

for its QC example.

Stage 4 — Outgoing Inspection

Before shipping, check:

• Random finished garments
• Labels
• Packaging
• Carton quantities
• Needle detection where required
• Moisture control

Formal AQL sampling may also be arranged according to buyer requirements.

How Brad Apparel Supports Different Apparel Categories

At Brad Apparel, we support development across knit, woven and technical garments.

Our custom production includes:

• Hoodies
• T-shirts
• Sweatpants
• Sweat sets
• Cargo pants
• Cargo shorts
• Jackets
• Running shorts
• Technical activewear

Fabric & Accessory Sourcing

Through our Fabric & Accessory Sourcing, brands can compare:

• Cotton knits
• French terry
• Fleece
• Single jersey
• Twill
• Nylon
• Taslan
• Stretch synthetic fabrics
• Rib
• Zippers
• Elastic
• Hardware

Pattern Development

Through Pattern Development, products can be developed around the behavior of the selected fabric.

For example:

Knitwear

Pattern allowance needs to consider:

• Stretch
• Shrinkage
• Drape

Woven Garments

Pattern development needs to consider:

• Ease
• Structure
• Reinforcement

Technical Apparel

Patterns may need to account for:

• Mechanical stretch
• Bonded seams
• Articulation
• Mobility

The same pattern approach should not be applied blindly across all three categories.

FAQ

What Are the Three Main Clothing Categories in This Manufacturing Framework?

This guide groups apparel into:

1. Knitwear
2. Woven Apparel
3. Performance & Technical Apparel

The framework is intended to help brands think about sourcing and manufacturing requirements.

What Is the Difference Between Knit and Woven Fabric?

Knits are made from interlocking loops and normally provide more natural stretch.

Wovens use interlaced warp and weft yarns and generally provide more structure.

Is Technical Apparel Always Woven?

No.

Technical apparel can use:

• Knitted fabrics
• Woven fabrics
• Bonded structures

The category is defined here mainly by performance requirements and specialized manufacturing processes.

Which Category Is Best for Streetwear?

Streetwear can use all three.

For example:

Knitwear: Heavyweight hoodie
Woven: Cargo pants
Technical: Nylon performance shorts

A complete streetwear collection may combine several construction categories.

Which Category Is Most Expensive to Manufacture?

There is no universal answer.

Cost depends on:

• Fabric
• Pattern complexity
• Labor
• Hardware
• Finishing
• Decoration
• Quantity

Technical apparel can have high labor costs even when the fabric itself is lightweight.

What MOQ Does Brad Apparel Support?

Brad Apparel supports custom manufacturing starting at approximately 50 pieces per style/color for many projects.

Actual MOQ depends on:

• Fabric
• Colour
• Construction
• Hardware
• Decoration

Final Thoughts

Understanding clothing categories from a manufacturing perspective makes product development much easier.

The most useful question is not simply:

"What kind of clothing am I making?"

Instead ask:

"How is the fabric constructed, how does it behave, and what production process does the garment require?"

Knitwear, woven apparel and technical garments each place different demands on:

• Fabric sourcing
• Pattern development
• Sewing
• Finishing
• Quality control

When those requirements are understood before sampling begins, brands can build more consistent products and make better sourcing decisions.