Manufacturing Programme

School Uniform Fabric Manufacturer

Fersan Tekstil is a vertically integrated polyester knitted fabric manufacturer in Çorlu, Türkiye; the school uniform programme selects fabric not for a single garment but at the scale of an academic year and a cohort.

School Uniform Fabric
School Uniform Fabric
  • Weight window120–330 g/m²
  • CertificatesOEKO-TEX® · ISO
  • IncotermsEXW · FOB · DAP

A school uniform is bought on price, but judged nine months later. It is washed three to five times a week, often hot, and keeps that up for a full academic year. The problem that emerges is not that one garment wears out: it is that two uniforms standing side by side in the same class no longer look alike. A faded polo is immediately visible next to a new one.

So the programme targets two things at once: a surface that survives the wash cycle and a colour that holds across the cohort. Piqué and interlock give the structured stance in the body, single jersey the economical base, french terry the sweatshirt and cardigan layer, and rib the collar and cuffs. We set colour fastness to the level the school colour demands, and measure next year’s repeat order against the first year’s reference.

Structures we manufacture for school uniforms

Polyester Piqué

Piqué

170–240 g/m²

In this application
The body of the uniform polo: a structured surface that shows soiling late and keeps its stance through frequent washing.
Composition
100% polyester (typical); microfilament yarn for sublimation lustre.

Polyester Single Jersey

Single jersey

120–200 g/m²

In this application
The economical base of tees and inner layers — keeps unit cost predictable at cohort scale.
Composition
100% polyester (PES); combed/ring yarn by quality, recycled (rPET) version available.

Polyester French Terry

French terry (two-thread loop-back)

180–330 g/m²

In this application
The body of the sweatshirt and cardigan layer; substance and durability for the main garment of the school winter.
Composition
100% polyester (fine ground + ~2× thicker loop yarn); cotton-PES is common in the market, pure/high-PES applies for a polyester specialist.

Polyester Rib Knit (1x1 / 2x2)

Rib (1x1 / 2x2)

160–300 g/m²

In this application
The component of collar, cuffs and hem — recovery keeps the shape through the wash cycle.
Composition
100% polyester (elastane-free); stretch comes from the structure.

Polyester Interlock

Interlock (double-knit)

170–260 g/m²

In this application
A double-face structure: clean on both sides, no curling edge, a safe choice in a school programme.
Composition
100% polyester (e.g. 75D/72f textured filament yarn); rPET common, elastane-free.

Weight windows come from catalogue data; final specs are confirmed on a sample.

Ordering & Sampling

Minimum order (MOQ)500–1,000 kg per colour — varies by fabric
Lead timeTypically 3–4 weeks from order confirmation to dispatch
SamplingSampling begins after a short technical consultation
Response timeQuotation requests answered within 2 business days
Delivery termsEXW · FOB · DAP — shipping plan confirmed with your quotation
Capacity~750 t/month knitting + dyeing at the Çorlu mill (since 1982)

Figures are typical ranges; exact terms are confirmed with your quotation.

Yarn→Fabric Cost Calculator — ₺/kg · ₺/m · $ · €

From yarn price, weight, width and waste, derive a fabric’s cost per kg and per metre.

Cost (kg)
₺/kg
Cost (metre)
₺/m
Cost (kg, $)
$/kg
Cost (kg, €)
€/kg
Get a quote for this spec

Formula

Cost/kg = yarn(₺/kg) × (1 + waste) + processing(₺/kg). Cost/metre = cost/kg × (GSM × width(m) ÷ 1000). Waste is entered as a decimal (5% = 0.05). The $ and € conversion is an estimated value at a build-time fixed rate (1 $ = 32.50 ₺ · 1 € = 35.00 ₺) — these rates are indicative and NOT FINANCIAL ADVICE.

Worked example

Yarn 42 ₺/kg, waste 5% (0.05), processing 8 ₺/kg → cost/kg = 42 × 1.05 + 8 = 44.10 + 8 = 52.10 ₺/kg. At 180 g/m² and 1.5 m width the weight per metre = 180 × 1.5 ÷ 1000 = 0.27 kg/m, so cost/metre = 52.10 × 0.27 = 14.07 ₺/m. At the fixed rate, 52.10 ₺/kg is estimated at ≈ $1.60 ≈ €1.49.

Estimated — indicative value. · Not financial advice · rates are a build-time fixed estimate (1$=32.50₺ · 1€=35.00₺) — request a quote for a current/binding rate.

Frequently asked questions

How is fabric cost per metre calculated?

First cost/kg = yarn(₺/kg) × (1 + waste) + processing(₺/kg). Then cost/metre = cost/kg × (GSM × width ÷ 1000). E.g. 52.10 ₺/kg, 180 g/m², 1.5 m width → 52.10 × 0.27 = 14.07 ₺/m.

How should I enter waste?

Enter waste as a percentage; the tool converts it to a decimal (5% → 0.05) and multiplies yarn cost by (1 + waste). Waste covers knitting/weaving, dyeing and finishing losses.

What does the processing cost cover?

The processing ₺/kg field covers per-kg add-ons such as dyeing, finishing and knit/weave conversion charges; it is optional and treated as 0 if left blank.

Are the $ and € figures current?

No; the conversion is an estimated value at a build-time fixed rate (1 $ = 32.50 ₺ · 1 € = 35.00 ₺). For a binding quote with your actual prices and the current rate, send an RFQ.

Your fabric development partner

We build the programme around the academic calendar: target wash count, wash temperature and the fastness expectation of the school colour are defined at the outset, and construction, dye recipe and compacting are set accordingly. The shrinkage rate that stays constant across the size run, and colour fastness, are documented with tests.

Applications: Uniform, Workwear and Corporate Wear Fabrics

Related calculators: Yarn→Fabric Cost Calculator — ₺/kg · ₺/m · $ · € · Care Label Generator — ISO 3758 wash instructions & symbol text · Meter ↔ Kilogram (Roll) Converter

Related guides: Durability Science: Abrasion, Pilling and Snag · Reductive Clearing, Oligomers and Wash Fastness · Compacting & Residual Shrinkage: How Compactors Lock In Dimensional Stability

The link pre-fills the quote form with the fabrics on this page.

Frequently asked questions

Our uniforms drift into different shades after a year — how do you prevent that?

Shade drift has two sources: batch-to-batch dye difference and fading in the wash. For the first we archive the reference colour and measure every batch against that same reference. For the second we target colour fastness to the school’s actual laundering practice and report wash and light fastness per order.

Does it survive hot washing and tumble drying?

Polyester is naturally resistant to those conditions; what decides the outcome is the heat-setting and the residual shrinkage rate. If you tell us your target wash temperature at the outset, we set compacting and heat-setting for it and measure dimensional change under those conditions. The care label generator lets you prepare the correct wash symbols in advance.

Is it safe for children’s skin contact?

Inputs are OEKO-TEX STANDARD 100 certified, and that certification covers testing for substances harmful to human health, including for baby and children’s apparel. You can download the certificate from our credentials section. Non-fuzzing surface behaviour and rub fastness are reported per order.

How is fabric planned across a wide size run?

School programmes run a wide size range in the same colour, and total meterage is driven by cohort size rather than by size. We report the shrinkage rate so that it can be applied uniformly across the whole size run; the cost calculator lets you see unit cost at cohort scale in advance.

How should we plan to meet the school season?

Typical lead time is 3–4 weeks from order confirmation to dispatch; ahead of the pre-season peak we recommend reserving capacity early. The 500–1,000 kg per colour band varies by fabric, and because the school colour has to be opened across several fabrics, planning together at the start of the season is the most efficient route.

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