# Polyester Yarn for Polo Shirts **Fiber Guide · B2B Sourcing · Data-Driven** ## Polyester Yarn for Polo Shirts. Polyester's dominant position in the polo shirt category comes down to one practical reality: it solves the problems that give corporate buyers and golf apparel brands headaches. Colour consistency across a 5,000-piece uniform run, embroidery that doesn't pucker on piqué knit, and a garment that still looks presentable after 80 machine washes without a dedicated laundry protocol. Polyester delivers a tensile strength of 35–60 cN/tex — roughly double that of standard ring-spun cotton — which is why it holds up in high-rotation workwear and gifting programmes where garment longevity directly affects per-unit cost. The wrinkle-resistant properties stem from its semi-crystalline polymer structure, which resists deformation at room temperature, eliminating the ironing requirement that cotton polos impose on corporate buyers managing large uniform fleets. --- ## At a Glance **The comparison, summarised.** | Dimension | Rating | Why | |---|---|---| | Softness / Hand Feel | 6/10 | Standard polyester jersey has a slightly waxy handle compared to cotton piqué; microfibre polyester (0.5–1.5 denier) closes the gap significantly but adds cost | | Durability / Abrasion Resistance | 9/10 | Martindale abrasion resistance exceeds 40,000 rubs for standard polyester piqué — outperforms cotton (typically 15,000–25,000 rubs) in this application | | Colour Retention / Colorfastness | 9/10 | Disperse dye on polyester achieves wash fastness ratings of 4–5 (ISO 105-C06), making it the go-to for corporate colourways that must stay consistent across reorders | | Breathability / Moisture Management | 8/10 | Moisture-wicking finishes (or structural wicking via mesh/piqué geometry) enable 0.3–0.5 mm/sec lateral wicking rate; natural breathability is lower than cotton but finish-dependent | | Stretch & Recovery | 7/10 | Standard woven polyester has limited stretch; polyester-spandex blends (5–8% spandex) restore elasticity for golf/sport polos with full recovery after 10,000 flex cycles | | Cost Efficiency | 9/10 | Yarn cost ₹180–250/kg versus cotton's ₹280–380/kg; lower shrinkage reduces post-wash replacement rate; strong ROI for 1,000+ piece corporate programmes | | Sustainability / Eco Credentials | 5/10 | Virgin polyester carries a carbon footprint of ~5.5 kg CO₂/kg of fibre; recycled polyester (rPET) reduces this by ~30–40% but commands a 15–25% price premium | | Ease of Care / Wash Durability | 9/10 | Retains shape through 100+ wash cycles at 40°C; no ironing required; quick-dry (dries 40–60% faster than cotton); suitable for commercial laundry at 60°C | --- ## Why Polyester for Polo Shirts **What makes polyester the right choice for polo shirts.** **01. Colour Consistency at Scale** The piqué knit structure of a polo creates a textured surface that refracts light differently than jersey — minor dye lot variations that disappear in a flat-knit shirt become visible in piqué. Polyester's disperse dyeing process offers dye lot tolerances of ΔE < 1.0 (CIELAB measurement), versus cotton's reactive dyeing where ΔE < 2.0 is typical. For a corporate buyer ordering 10,000 polos in company navy across four reorders over 18 months, that consistency gap is the difference between a uniform programme that looks cohesive and one that requires reshooting marketing materials. Polyester's dye absorption is also fibre-deep rather than surface-bound, which means colorfastness to rubbing (ISO 105-X12) reaches grade 4–4.5 dry, grade 3.5–4 wet — critical for polo shirts worn in active settings where perspiration contact is constant. When a brand specifies Pantone-matched colours for a golf polo line, polyester delivers reorder matching within 0.5 ΔE consistently across suppliers, which cotton cannot guarantee without stringent lot control. **02. Piqué Knit Engineering in Polyester** Piqué construction — the textured waffle-like surface that defines the polo shirt — requires a yarn with enough body to hold the loop structure without collapsing. Polyester's inherent stiffness (initial modulus of 500–1,000 cN/tex) gives the piqué cell its characteristic raised geometry. In 100% polyester piqué at 170–200 GSM, the fabric achieves loop density of 28–32 courses per 10cm, producing a clean, even texture that photographs well and takes embroidery without distortion. Cotton piqué at equivalent GSM has a softer loop structure that can shift during embroidery — a problem at the chest logo placement where a 5,000-stitch badge on a corporate polo needs precise registration. Polyester's dimensional stability (< 3% shrinkage length and width versus cotton's 5–8%) means the embroidery placement you approve in sampling survives bulk production and repeated washing without migrating. **03. Moisture Management for Active Wear** Standard polyester is hydrophobic — water absorption of < 0.4% compared to cotton's 8–12%. For polo shirts in golf, corporate hospitality events, and outdoor uniform applications, this translates directly into moisture-wicking performance. The mechanism works at the fabric level rather than the fibre level: moisture wicks from skin via capillary action through the piqué structure to the outer face, where it evaporates. Properly engineered polyester piqué with a wicking finish (typically a durable water repellent or hydrophilic finish applied in the stenter) achieves a vertical wicking height of 8–12 cm in 30 minutes (AATCC 197 standard). For comparison, untreated cotton achieves 4–6 cm. The practical outcome for a golf polo brand: players in polyester polos report subjective comfort equivalent to cotton during moderate exertion, and measurably better drying speed — polyester polo dries in 45–60 minutes air-dry versus 90–120 minutes for cotton, relevant for tournament players wearing multiple rounds per day. **04. Corporate Embroidery and Logo Durability** Corporate polo shirts live and die on embroidery quality. The average corporate polo carries 5,000–15,000 stitch counts across chest logo, sleeve badge, and collar branding. Polyester fabric, particularly interlock-backed piqué, provides the stable base that embroidery machinery requires: consistent fabric weight within ±5 GSM tolerance, firm handle that doesn't stretch under the embroidery foot, and a surface that doesn't create thread pull-through. More importantly, polyester's thread-locking properties mean embroidery backing (cutaway or tearaway) adheres cleanly without fraying the base fabric. After 50 wash cycles, polyester-embroidered badges retain 95%+ of their original stitch count versus 85–90% on cotton, where the greater fabric movement in washing causes more stitch distortion over time. For large corporate orders where consistent badge quality across the fleet matters for brand perception, polyester's embroidery durability justifies its choice over cotton for uniform programmes. --- ## Technical Specifications **Manufacturing specs for polyester polo shirts.** **GSM Range**: 160–220 GSM is the working range for polyester polo shirts. 160–180 GSM suits summer corporate gifting and events; the lighter weight improves wicking and drape. 180–200 GSM is standard for year-round corporate uniform polos — enough body to hold the piqué structure without feeling heavy on the wearer. 200–220 GSM targets premium golf polos and branded workwear where a more substantial hand feel is expected; this range also performs better for heavier embroidery counts without fabric distortion. **Yarn Count**: 30s–40s single polyester yarn is the standard range. 40s (finer) produces a softer, more refined surface suitable for premium golf and fashion polo lines. 30s (coarser) gives more body and durability, better suited to workwear and high-rotation corporate polos. For interlock constructions providing two-layered fabric, 40s/2 ply is common. Textured polyester (DTY — draw textured yarn) at 75D/72F is frequently used for enhanced drape and softer hand in performance polo constructions. **Knit Construction**: Piqué is the defining construction for polo shirts — specifically single piqué (also called Ottoman or bird's eye) at 160–180 GSM and double piqué (lacoste) at 185–215 GSM. Double piqué offers superior dimensional stability and a premium appearance, making it preferred for golf and corporate premium tiers. Interlock polyester at 170–190 GSM is an alternative for a smoother, more refined polo that accepts printing better than piqué; it sacrifices the traditional polo texture but gains a fashion-forward aesthetic for athleisure-adjacent polo lines. **Shrinkage**: Polyester polo fabric shrinks 2–4% in length, 1–3% in width after first wash at 40°C (ISO 6330). Pre-boarding (heat-setting at 180–200°C for 30–45 seconds) reduces this to < 2% and is standard for quality manufacturers. Cotton polo shrinks 5–8% length, 4–6% width under the same conditions. For sized uniforms (S/M/L/XL), polyester's lower shrinkage dramatically reduces fit complaints post-distribution. **Pilling Resistance**: Grade 4–4.5 on the Martindale pilling test (ISO 12945-2) at 2,000 rubs for standard polyester piqué. Higher-quality microfibre polyester or fine-denier textured yarn reaches Grade 5 at 5,000 rubs. This is a key selling point versus cotton polo (typically Grade 3–3.5) for high-wash-frequency corporate uniform applications. **Colorfastness**: Wash fastness (ISO 105-C06): Grade 4–5. Light fastness (ISO 105-B02): Grade 5–7 depending on dye selection. Rubbing fastness dry/wet (ISO 105-X12): Grade 4/3.5. These ratings hold after 50 wash cycles at 40°C — critical for corporate programmes with long deployment cycles. **Tensile Strength**: Polyester yarn tensile strength: 35–60 cN/tex (versus cotton 20–30 cN/tex). Fabric tear strength (Elmendorf): 12–18 N warp/weft for piqué at 180 GSM. **MOQ Guidance**: Yarn MOQ from Indian mills: 500 kg per colour (approximately 2,500–3,000 polos at 180 GSM). Fabric MOQ from knitting units: 500–1,000 metres per GSM/colour combination. Cut-and-sewn garment MOQ for standard corporate polo: 300–500 pieces per colour/size. Premium performance polo with wicking finish and heat-sealed tape: 500–1,000 pieces minimum due to finishing line setup costs. --- ## Manufacturing & Sourcing Considerations **What to know before you source.** **Knitting Machine Requirements**: Piqué knit on polyester requires a jacquard circular knitting machine or a standard double-knit machine with specific cam configurations. Machine gauge of 24–28 GG (gauge) is standard for polo piqué at 170–200 GSM. Higher gauge (28–32 GG) is used for fine-denier polyester producing premium polo fabric. Ensure your knitting unit has heat-setting (boarding) capability in-house — outsourcing this step adds 3–5 days to lead time and introduces handling risk for piqué fabrics that distort before boarding. **Dyeing Compatibility**: Polyester requires disperse dyeing at 130°C under pressure (high-temperature/high-pressure dyeing). This is a significantly different process from cotton's reactive dyeing, and it requires dedicated dyeing machinery. Mills producing cotton-polyester blend polos must either two-bath dye (reactive for cotton, disperse for polyester) or use fibre-reactive/disperse combo dyes, which add complexity and cost. For 100% polyester polo production, confirm your dye house operates HT jet or beam dyeing equipment; budget dyeing units using atmospheric conditions will produce uneven disperse dyeing with strike rate issues. **Finishing Processes**: Standard finishing sequence for polyester polo fabric: scouring, dyeing, softening (silicone or hydrophilic softener), boarding/heat-setting (185°C), quality inspection. For performance polos requiring moisture-wicking, add a pad-dry-cure finishing step with hydrophilic finish (e.g., Huntsman Coolmax treatment or equivalent) applied at 3–5% pick-up. Antimicrobial finish (e.g., silver-based or quaternary ammonium) is increasingly specified for corporate workwear polos and adds ₹15–25/metre to fabric cost. Avoid silicone softeners on polo fabric destined for screen printing — silicone residue causes ink adhesion failure. **Quality Control Checkpoints**: (1) GSM verification on greige and finished fabric — tolerance ±5 GSM. (2) Pilling test before bulk approval — minimum Grade 4 Martindale at 2,000 rubs. (3) Shade continuity check across all fabric rolls in a dye lot — ΔE < 1.5 tolerance for standard corporate work, ΔE < 0.8 for Pantone-matched programmes. (4) Dimensional stability test post-boarding — max 2% shrinkage in length and width. (5) Post-embroidery wash test: submit 5 embroidered samples through 20 wash cycles before bulk approval to confirm badge stability. **Common Production Pitfalls**: (1) Boarding temperature too high causes polyester to go brittle and lose pilling resistance — verify heat-setting curve with fabric supplier. (2) Disperse dye sublimation in storage: undyed polyester adjacent to dyed polyester in a warehouse can absorb dye through contact (migration), requiring individual roll wrapping in polythene. (3) Static buildup in polyester piqué causes lint attraction in the cut-and-sew room — ensure the cutting room has anti-static flooring or wrist straps for operators. **Lead Time Expectations**: Yarn-to-garment lead time for standard polyester polo: 45–60 days from yarn indent to finished garment delivery. Critical path items are dye lot approval (7–10 days for counter sample, 5–7 days approval cycle) and embroidery digitisation for new logo badges (3–5 days). Rush-order capability varies: some Tirupur manufacturers can deliver 500–1,000 piece corporate polo orders in 21–25 days on confirmed colours from stock fabric. **Key Sourcing Regions**: India: Tirupur (Tamil Nadu) — dominant for polyester polo knit and cut-and-sew. Bangladesh: strong on polyester polo for export, particularly for European corporate buyers. China: leading on performance polyester (Fujian, Guangdong) with better machinery for premium microfibre polo production. --- ## Trade-Offs — Honest Assessment **Every fibre has limits. Here's the full picture.** **Strengths** - **Colour consistency across large orders**: Disperse dyeing on polyester achieves ΔE < 1.0 batch-to-batch, solving the reorder matching problem that plagues cotton uniform programmes. A corporate client ordering the same navy polo across 3 years and 8 reorders gets consistent colour with polyester; cotton requires strict lot-to-lot control that most manufacturers do not guarantee. - **Wash durability for high-frequency use**: Polyester polo shirts in commercial laundry programmes (60°C, tumble dry) retain shape, colour, and embroidery quality through 100+ wash cycles. Cotton in the same programme shows visible fading and collar distortion by cycle 40–50. For hospitality and healthcare uniform programmes, this directly extends replacement cycle from 12 months (cotton) to 18–24 months (polyester). - **Pilling resistance**: Grade 4–4.5 Martindale versus cotton's Grade 3–3.5. In a corporate setting where employees wear the polo 4–5 days a week, polyester's superior pilling resistance means the garment still looks professional at 6 months of wear; cotton begins to show surface degradation at the collar and underarm areas significantly earlier. - **Dimensional stability post-wash**: < 2% shrinkage in both dimensions means sized uniforms remain in-spec. For employers managing large uniform fleets across multiple staff sizes, polyester eliminates the re-fitting complaints that arise from cotton polo shrinkage after first wash. - **Moisture management for active applications**: Engineering-grade wicking finish on polyester piqué outperforms unfinished cotton in sweat-transfer rate. Golf polo players in polyester rate comfort at 7.2/10 versus 6.8/10 for cotton in independent wear-trials at 25°C moderate exertion (industry study data from 2023 performance fabric review). - **Unit economics at scale**: At ₹180–250/kg yarn cost versus cotton at ₹280–380/kg, a 180 GSM polyester polo uses approximately ₹80–120 less in fabric input cost per garment than a comparable cotton polo. On a 5,000-piece corporate order, this is ₹400,000–600,000 in fabric cost savings before considering lower replacement frequency. **Limitations** - **Perceived premium ceiling**: In consumer-facing polo markets (fashion brands, premium golf), polyester carries a lingering perception as a "budget" fibre compared to cotton. Buyers sourcing for lifestyle brands targeting ₹3,000+ retail price points will find cotton or cotton-polyester blends easier to position. Polyester's reputation is improving through performance branding (Nike Dri-FIT, Under Armour HeatGear) but requires explicit performance positioning to justify it in premium channels. - **Thermal comfort in hot climates**: Polyester's low moisture absorption (< 0.4%) means sweat stays on the skin rather than absorbing into the fabric. In high-humidity environments (South Asia, Southeast Asia, tropical corporate deployments) without an effective wicking finish, this creates a clammy feel during sustained exertion. Mitigation: specify a hydrophilic finish in the purchase order and test with a 30-minute wear trial before approving bulk — surface wicking fixes this problem, but it must be engineered in rather than assumed. - **Environmental pressure on virgin polyester**: Single-use or short-lifecycle corporate gifting programmes using virgin polyester are increasingly scrutinised by CSR-focused corporate buyers. rPET alternatives exist and perform comparably, but require supplier certification (GRS — Global Recycled Standard) and typically a 15–25% fabric cost premium. Budget accordingly if your buyer base includes FTSE 100 or equivalent companies with Scope 3 emissions reporting requirements. - **Hand feel versus cotton piqué**: Experienced buyers running touch comparisons will notice standard polyester piqué is less soft than cotton piqué at equivalent GSM. This is measurable — fabric surface friction on polyester piqué is typically 0.18–0.22 μ (coefficient of friction) versus cotton piqué at 0.12–0.15 μ. Microfibre polyester (< 1.5 denier) closes this gap, but adds ₹30–50/kg to yarn cost. --- ## Cost Analysis **The economics of polyester for polo shirts.** Polyester yarn for polo applications trades at ₹180–250/kg for standard DTY (draw textured yarn) 150D/48F to 75D/36F range in Indian spot market (2025 pricing). High-tenacity polyester for workwear applications runs ₹220–280/kg. Microfibre polyester (< 1.5 denier, for premium polo) costs ₹280–350/kg — approaching cotton territory. For a standard 180 GSM polyester polo shirt (typical cut weight with piqué panels, collar, and placket): approximately 220–250g of fabric input per garment. At ₹200/kg average yarn cost, fabric input cost is ₹44–50 per polo. Add knitting, dyeing, and finishing costs (₹80–110/metre in Tirupur), cut-and-sew (₹90–130 per piece for polo), embroidery (₹25–60 depending on stitch count), and packaging: total manufacturing cost ranges from ₹280–420 per polo in India for standard corporate polo programmes. **Cost-per-wear calculation**: A polyester polo shirt in corporate use, averaged across 100 wash cycles before replacement, delivers a cost-per-wear of ₹3–4.50 per wearing (at ₹350 manufacturing cost). An equivalent cotton polo at ₹420 manufacturing cost and 60 wash cycles before collar/body degradation delivers ₹7–7.50 per wearing. Polyester's 40–50% better cost-per-wear is the key ROI argument for procurement teams evaluating total uniform programme cost. **Versus alternatives**: Cotton polo fabric (180 GSM): yarn cost ₹280–380/kg, higher dyeing/finishing costs, ₹70–95 fabric input per garment. Cotton-polyester blend (65/35) polo: ₹240–320/kg yarn, bridges performance and hand feel, increasingly popular for premium corporate programmes. Pima cotton polo: ₹500–700/kg yarn, reserved for luxury gifting — justified at retail ₹2,500+ but not competitive in volume corporate procurement. **ROI for brand owners**: Polyester's superior wash durability extends the average active lifecycle of a corporate polo from 12–15 months (cotton) to 20–24 months in typical rotation. A brand owner supplying 1,000 employees with annual polo replacement in cotton spends 25–30% more per employee over a 3-year contract period compared to polyester, when accounting for both unit cost and replacement frequency. --- ## Sustainability Profile **Environmental and ethical considerations.** Virgin polyester production is energy-intensive: the manufacturing process emits approximately 5.5 kg CO₂ per kg of fibre produced, sourced from petroleum derivatives (PET — polyethylene terephthalate). This compares unfavourably to organic cotton at 1.8–2.2 kg CO₂/kg, though comparison is complex given cotton's water footprint (10,000–15,000 litres/kg versus polyester's < 100 litres/kg). **Recycled polyester (rPET)** is the primary sustainability lever for polo shirt programmes. rPET from post-consumer PET bottles reduces carbon footprint by 30–40% versus virgin polyester and reduces energy consumption by approximately 45%. Performance characteristics are equivalent for polo shirt applications at standard GSM ranges. Key certification: **GRS (Global Recycled Standard)** — verify supplier GRS certification number and audit trail before marketing rPET claims to corporate clients with CSR requirements. **Available certifications**: OEKO-TEX Standard 100 (chemical safety — class I for direct skin contact) is achievable and recommended for all polyester polo production. Bluesign certification covers responsible production including chemical, energy, and water management at the manufacturing level. GRS for recycled content claims. ISO 14001 environmental management certification at factory level. **Biodegradability**: Polyester does not biodegrade in standard landfill conditions — PET fibres persist for 200+ years. Mechanical recycling at end-of-life is available but depends on collection infrastructure. This is the genuine environmental weakness of polyester that buyers should communicate honestly in sustainability reports. Some suppliers offer takeback programmes for worn polyester garments feeding back into rPET streams. **Consumer perception**: In corporate purchasing, sustainability credentials for uniform programmes are increasingly required in RFP submissions, particularly for UK, EU, and US enterprise buyers. The availability of rPET at cost parity with virgin polyester in standard corporate polo applications (typically achievable at 5,000+ piece orders) means there is limited reason to specify virgin polyester for accounts where sustainability reporting matters. --- ## FAQ **Polyester for polo shirts — answered.** **1. What makes polyester better or worse than cotton for polo shirts?** Polyester outperforms cotton on colorfastness, wash durability, dimensional stability, and unit cost for bulk programmes. It underperforms on initial hand feel (softer on cotton), thermal comfort in humid environments without a wicking finish, and brand perception in premium lifestyle channels. The practical decision point: if you're supplying corporate uniforms or golf apparel with colour matching requirements and 100+ wash cycle expectations, polyester wins. If you're positioning a retail fashion polo at ₹2,500+ targeting lifestyle buyers who prioritise natural fibre feel, cotton or a cotton-dominant blend is easier to sell. **2. What's the minimum order quantity for polyester polo fabric?** Knitting units in Tirupur typically require 500 kg minimum per GSM/colour combination, equating to roughly 2,500–3,000 polo shirts. For cut-and-sew garment orders, 300–500 pieces per colour/size is standard; some manufacturers accept 200-piece MOQs for repeat colourways on standard constructions. Performance polo with wicking finish requires 500–1,000 pieces minimum due to finishing line setup costs. Pre-booking yarn in standard colours (white, navy, black) reduces MOQ pressure — ask suppliers which colours they hold as near-stock inventory. **3. How does polyester polo fabric perform after 30+ wash cycles?** Exceptionally well. Polyester piqué at Grade 4–4.5 pilling resistance retains its surface appearance through 30+ wash cycles at 40°C without significant degradation. Disperse dye on polyester shows < 0.5 ΔE colour change after 30 ISO 6330 wash cycles — imperceptible to the human eye. The main failure mode at 30+ cycles is collar rib stretching (if collar rib is not heat-set independently) and embroidery fraying at badge edges if the cutaway backing is low quality. Specify minimum 80g/m² woven cutaway backing for embroidery on polyester polo for 50+ cycle durability. **4. What GSM should I specify for a corporate polo shirt?** 180–200 GSM for standard corporate polo programmes. This range provides enough body for the piqué structure to photograph well, hold embroidery, and survive high-frequency laundering. 160–170 GSM works for summer events and gifting where weight and drape matter more than structure; it feels lighter but can look slightly limp on its own without a body wearing it. 200–220 GSM for premium golf polos and workwear applications where a more substantial handle communicates quality. Specify GSM ±5 tolerance in your purchase order and demand pre-shipment GSM certification per ISO 3801. **5. Is polyester suitable for polo shirts that require printing rather than embroidery?** Yes, with qualifications. Polyester accepts sublimation printing extremely well — full-colour photographic quality at < 0.3mm print registration. Dye sublimation becomes part of the fibre structure rather than sitting on top, giving it superior wash fastness versus plastisol or water-based screen printing. For standard screen printing on polyester, use low-cure inks (cure at 130–150°C versus standard 160°C to avoid dye migration) and a polyester-specific bonding agent. DTG (direct-to-garment) printing performs poorly on polyester without a pre-treatment coating. Specify printing method at sampling stage — sublimation and screen printing require different fabric surface treatments. **6. What certifications should I look for when sourcing polyester polo fabric?** For direct skin contact: OEKO-TEX Standard 100 Class I (the strictest class, appropriate for any adult garment). For recycled content claims: GRS (Global Recycled Standard). For supply chain transparency: Bluesign (covers chemical, water, and energy use at the manufacturing stage). For export to EU: verify REACH compliance documentation — particularly relevant for disperse dyes used on polyester, where some disperse azo dyes (DR, DB, DY series) are restricted in EU/UK markets. Always request test reports for azo amine content (EN 14362-1) from polyester fabric suppliers targeting European distribution. **7. How does polyester handle high-frequency commercial laundry (60°C wash)?** Polyester polo fabric rated for commercial laundry (60°C wash, tumble dry) requires pre-boarding at minimum 185°C during manufacturing and should use high-wash-fastness disperse dyes. Properly produced polyester polo retains colour within 1.0 ΔE change after 50 cycles at 60°C — cotton loses 2–3 ΔE under the same conditions. Dimensional stability at 60°C: polyester < 3% shrinkage versus cotton 8–12%. The failure risk at 60°C is colour migration from dyed polyester components (placket tape, collar) onto the body fabric — specify that all colour-adjacent components are heat-set to the same sublimation resistance standard. **8. What's the typical lead time for polyester polo shirt orders?** Standard lead time from order confirmation to finished garment: 45–60 days for new colourways requiring dye development. 30–35 days for repeat colourways from stock-dyed fabric. 21–25 days for rush orders in confirmed standard colours from suppliers holding greige polyester piqué in stock. Critical path: colour approval (7–10 days for counter sample plus 5–7 days approval), bulk knitting and dyeing (10–14 days), cutting/sewing (7–10 days for 1,000-piece run), embroidery (3–5 days), QC and packing (2–3 days). Buffer 5–7 days for courier transit within India; 10–15 days for international shipments by sea. --- ## Related Links **Related Applications for Polyester** - [Polyester for T-Shirt Manufacturing](/yarn/polyester/t-shirt-manufacturing) - [Polyester for Activewear](/yarn/polyester/activewear) - [Polyester for Sportswear](/yarn/polyester/sportswear) - [Polyester for Workwear](/yarn/polyester/workwear) - [Polyester for Hoodies & Sweatshirts](/yarn/polyester/hoodies-sweatshirts) - [Polyester for Athleisure](/yarn/polyester/athleisure) **Alternative Fibers for Polo Shirts** - [Cotton for Polo Shirts](/yarn/cotton/polo-shirts) - [Pima Cotton for Polo Shirts](/yarn/pima-cotton/polo-shirts) - [Linen for Polo Shirts](/yarn/linen/polo-shirts) - [Organic Cotton for Polo Shirts](/yarn/organic-cotton/polo-shirts) - [Egyptian Cotton for Polo Shirts](/yarn/egyptian-cotton/polo-shirts) - [Cotton-Poly Blend for Polo Shirts](/yarn/cotton-poly-blend/polo-shirts) - [Supima Cotton for Polo Shirts](/yarn/supima-cotton/polo-shirts) **Glossary Terms** - [GSM — Grams per Square Metre](/glossary/gsm) - [Colorfastness](/glossary/colorfastness) - [Pilling](/glossary/pilling) **Compare** - [Polyester vs. alternatives — Full Comparison](/compare/polyester)