How Cotton is Made — From Farm to Fabric | The Complete Story Behind Your T-Shirt
You've worn cotton your entire life.
But have you ever stopped to think about what actually happens before it becomes the t-shirt on your back?
The journey from a cotton seed in the ground to a finished premium tee is one of the most complex, fascinating, and labour-intensive processes in all of manufacturing. It crosses continents, involves dozens of hands, and takes months from start to finish.
At RIPPER, we believe that understanding what goes into your clothes changes how you value them. So here — for the first time in Indian streetwear — is the complete story of how cotton becomes a t-shirt.
Stage 1 — Planting & Growing (Month 1–5)
Everything begins with a seed.
Cotton is a warm-weather crop that thrives in long, hot growing seasons with moderate rainfall — which is exactly why India, with its vast agricultural regions and diverse climate zones, is one of the world's top cotton producers.
The growing process:
Cotton seeds are planted in rows in well-prepared soil, typically between March and May in India. Within 2–3 weeks, seedlings emerge. Over the next 4–5 months, the cotton plant grows to between 1–1.5 metres in height, flowering first with cream and yellow blossoms that gradually turn pink and then deep red before falling off.
What's left after the flower falls is the cotton boll — a small, hard green pod. Inside this boll, protected by the outer shell, the cotton fibres begin developing around the seeds.
Over the next 6–8 weeks, the boll swells and matures. When it's ready, it splits open — revealing the fluffy white cotton fibres we recognise. This is called boll opening, and it marks the beginning of harvest season.
What determines quality at this stage:
- Soil composition — black volcanic soil produces longer, stronger fibres
- Rainfall distribution — consistent moisture produces more uniform fibre development
- Temperature — warm days and cool nights slow the boll development, producing longer staple fibres
- Farming practices — organic, low-pesticide farming produces cleaner, stronger raw cotton
Stage 2 — Harvesting (Month 5–6)
Once the bolls open, harvesting begins — and this is where the first major quality decision is made.
Hand picking vs machine harvesting:
In India, the finest cotton is still hand-picked by experienced farmers who select only the fully opened, mature bolls. This selective picking — done in multiple passes over the same field as different bolls mature — produces significantly cleaner, longer-staple cotton than machine harvesting.
Machine harvesting, used extensively in the United States and Australia, strips the entire plant at once — collecting mature and immature bolls together, along with leaves, stems, and other plant matter. This requires more aggressive cleaning later, which can damage fibre length and quality.
India's tradition of hand-picking is one of the reasons Indian cotton maintains its exceptional fibre integrity — and it's one of the less-celebrated advantages of Indian cotton over its machine-harvested competitors.
Stage 3 — Ginning (Separating Fibre from Seed)
Raw cotton straight from the field is called seed cotton — the fluffy white fibre is still attached to the seeds inside the boll.
Ginning is the process of mechanically separating the cotton fibre (called lint) from the seeds and any remaining plant matter.
Modern ginning machines use either:
- Saw gins — rotating saw-tooth cylinders that pull fibre away from seeds (faster but can reduce staple length)
- Roller gins — gentler leather rollers that preserve longer staple length (preferred for fine cotton)
Premium cotton destined for high-quality fabric uses roller ginning to protect the fibre length that determines final fabric quality.
After ginning, the cotton lint is compressed into large bales — each weighing approximately 170–200 kg — and sent to spinning mills.
Stage 4 — Spinning (Turning Fibre into Yarn)
This is where cotton fibre becomes yarn — and where the technical complexity of textile manufacturing truly begins.
The spinning process:
1. Opening & Cleaning Cotton bales are opened and the fibres are loosened and cleaned to remove any remaining plant matter, dust, or short fibres (called linters). This is done through a series of machines called openers and cleaners.
2. Carding The cleaned cotton is fed through a carding machine — covered in fine wire teeth that disentangle, align, and further clean the fibres. The output is a thin, flat web of cotton fibres called a sliver. Carding removes short fibres and aligns the longer ones in roughly the same direction.
3. Combing (Premium Only) For premium yarn — the kind used in high-quality garments like RIPPER pieces — the sliver goes through an additional combing process. Combing removes all remaining short fibres and further aligns the long-staple fibres in perfect parallel. Combed cotton produces yarn that is smoother, stronger, and softer than standard carded cotton.
4. Drawing Multiple slivers are combined and drawn out to create a more uniform, consistent strand. This is done in multiple passes to ensure the final yarn has consistent thickness throughout.
5. Spinning The drawn sliver is finally spun — twisted under tension — to bind the fibres together into yarn. The tightness of this twist determines the yarn's strength and texture. Tighter twist = stronger but rougher. Looser twist = softer but less durable. Premium cotton yarn uses a carefully calibrated twist that balances both.
The final yarn is wound onto cones or bobbins, ready for the next stage.
Stage 5 — Knitting or Weaving (Creating Fabric)
Yarn becomes fabric through either knitting or weaving — and for t-shirts, knitting is almost universally used.
Why knitting for t-shirts?
Knitted fabric — created by interlocking loops of yarn — has natural stretch and recovery. It moves with your body, returns to its original shape, and drapes in the flowing, comfortable way we associate with great t-shirts.
Woven fabric — created by interlacing yarns at right angles — is more rigid and structured. It's used for shirts, trousers, and outerwear, but not for the kind of soft, draped t-shirts RIPPER makes.
Jersey knit is the most common construction for premium t-shirts — a single-sided knit that creates the smooth face and slightly textured back we're familiar with. For waffle-texture pieces like RIPPER's Waffle Long Sleeves, a specialised waffle knit construction creates the distinctive grid texture that adds both visual depth and tactile interest.
The weight of the knitted fabric — measured in GSM — is determined at this stage by the yarn count, knit density, and construction method. RIPPER's standard of 220+ GSM is achieved through denser knitting with heavier yarn count.
Stage 6 — Dyeing & Finishing
Grey fabric — the undyed fabric straight from the knitting machines — goes through dyeing and finishing before it becomes the fabric you recognise.
Dyeing: Premium cotton is dyed using reactive dyes — chemical dyes that form a covalent bond with the cotton fibre at a molecular level. This is why quality-dyed cotton holds its colour through dozens of washes — the colour isn't sitting on the surface of the fibre, it's chemically bonded to it.
The all-black RIPPER pieces you know go through a multi-stage reactive dyeing process designed to achieve the deep, consistent black that doesn't turn grey or uneven after washing.
Finishing: After dyeing, fabric goes through several finishing processes:
- Sanforizing — mechanical pre-shrinking that prevents the fabric from shrinking after you wash it
- Softening — treatment with fabric softeners to achieve the right hand feel
- Compacting — stabilising the fabric structure to ensure dimensional consistency
Stage 7 — Cutting & Sewing
Finished fabric rolls arrive at the garment factory where the actual t-shirt is constructed.
Pattern pieces are laid on the fabric and cut — either by hand for small premium runs or by computer-guided cutting machines for consistency. Skilled seamstresses and tailors then assemble the pieces using industrial sewing machines, constructing the t-shirt with reinforced seams at stress points — shoulders, underarms, and collar.
For RIPPER pieces, this stage is where the oversized silhouette is constructed — the specific shoulder drop, body width, and length that creates the intentional drape that separates a RIPPER tee from everything else.
Stage 8 — Printing
For RIPPER's graphic pieces, printing comes after garment construction. We use DTG (Direct to Garment) printing — a process where specialised inkjet printers apply water-based inks directly to the fabric surface.
DTG on 220+ GSM fabric produces prints with:
- Photographic detail and colour accuracy
- Soft hand feel — the print feels like part of the fabric, not sitting on top of it
- Exceptional wash durability — properly pre-treated DTG prints on heavy cotton maintain their quality for 50+ washes
From Seed to RIPPER — The Full Journey
| Stage | Process | Time |
|---|---|---|
| 1 | Planting & Growing | 4–5 months |
| 2 | Harvesting | 2–4 weeks |
| 3 | Ginning | Days |
| 4 | Spinning | 1–2 weeks |
| 5 | Knitting | Days |
| 6 | Dyeing & Finishing | 1–2 weeks |
| 7 | Cutting & Sewing | Days |
| 8 | Printing & QC | Days |
Total: 5–7 months from cotton seed to finished RIPPER piece.
Why This Story Matters
Most brands don't tell you this story. Not because it's a secret — but because most brands don't actually know it. They order fabric from a supplier, send it to a factory, and sell the result. The chain between seed and garment is invisible to them.
At RIPPER, we believe the opposite. Understanding this process is what allows us to make informed decisions at every stage — about fabric weight, yarn quality, knit construction, dyeing methods, and print technique.
Every choice we make in this chain shows up in the final piece you wear.
That's not manufacturing. That's craft.
👉 Shop RIPPER — Built on 5 Months of Craft — ripper.co.in
👉 The Youth Riot Waffle Long Sleeve — ₹3,000
👉 Grim Ripper Oversized T-Shirt — ₹3,333
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