Sewing Industry Statistics

World Bank reported that the garment and textile sector employed about 25 million workers globally [1]

The ILO estimated 60 million people were employed in the garment industry globally [2]

ILO estimated 75% of workers in the garment sector were women [3]

The ILO reported that the garment and footwear sectors are among the largest employers of women globally [4]

Bangladesh’s RMG industry employed around 4 million workers in 2022 [5]

Vietnam’s garment and textile industry employed about 3.2 million workers in 2022 [6]

India’s apparel and textile sector employed about 45 million people in 2022 [7]

Pakistan’s textile and clothing industry employed about 15 million people [8]

In the US, the apparel manufacturing industry employed about 161,000 workers in 2023 [9]

In the EU, the clothing sector employed about 1.5 million people (latest reported) [10]

In 2021, the EU had about 152,000 enterprises in textiles and clothing (NACE 13-15, EU27+UK) [11]

The global apparel sector’s unemployment risk increased during COVID-19 with ILO reporting 18 million jobs lost in 2020 in accommodation and food and other sectors; fashion supply chain impacts were large (reported) [12]

In 2020, ILO estimated 8.8 million workers were at risk of unemployment in sectors including textiles and clothing [13]

In 2020, there were 4,000+ garment factories in Bangladesh (industry count reported) [14]

In 2021, there were about 3,000 garment factories in Cambodia (reported) [15]

In 2022, there were about 2,500 garment factories in Myanmar (reported) [16]

In 2020, there were 3.7 million garment and textile jobs in China (employment estimate) [17]

In 2022, the ILO estimated global garment industry accounted for about 2% of global GDP (reported) [18]

In 2023, global sewing thread thickness (typical) for garments often uses tex ranges; typical sewing thread count 40/2 (industry standard reference) [19]

In industrial sewing, typical stitch length ranges from about 2.0 to 3.0 mm depending on fabric and seam type [20]

Typical seam allowance in garment construction is 1/4 inch (6.35 mm) for many patterns [21]

Typical overlock stitch width is about 3-6 mm [22]

Most T-shirts use knit fabric with typical GSM around 140-180 GSM [23]

Typical denim fabric weight ranges from 8 to 16 oz per square yard (about 271–542 GSM) [24]

Typical polyester filament yarn count for sewing threads often uses tex 20–60 ranges (industry practice) [25]

Typical needle size for household sewing machine is 80/12 to 110/18 depending on fabric weight [26]

Typical spool diameter for domestic sewing threads is about 100 mm [27]

In a study, stitch defects can account for a significant share of garment defects; one report found 30% of defects were stitching-related [28]

Typical garment line productivity targets are often expressed as pieces per hour; an example benchmark is 50–120 pcs/hour for certain operations (reported by apparel production guides) [29]

In garment factories, sewing room output is commonly measured by “efficiency” (actual minutes vs standard minutes); typical efficiency targets can be 60–85% [30]

Typical standard minute for basic T-shirt operations can be 0.5–2.0 minutes per piece depending on operation [31]

In apparel production, line balancing aims to keep operator workloads within about ±5–10% of target [32]

In industrial sewing, differential feed on a coverstitch/knit can be set around 0.7–1.3 depending on stretch [33]

Coverstitch machine loopers stitch width often ranges around 3.0–6.0 mm (typical settings) [34]

Overlock tension affects seam puckering; typical recommended ranges vary by fabric but often tension within manufacturer calibration [35]

Thread breakage rates in production quality systems are often tracked as % defects; one quality management article cites targets under 1% [36]

In sewing operations, mispicks/skip stitches are monitored; target rejection rates may be below 2% in well-controlled lines (industry target) [37]

Number of stitches per inch (SPI) for many medium-weight seams often ranges around 10–15 SPI [38]

For denim topstitching, typical stitch length is around 2–3 mm (approx. 8–12 SPI) [39]

For stretch knit hems, common stitch length is about 2.5–3.5 mm [40]

For zippers, common basting seam allowance uses 1/8 inch (3.2 mm) [41]

For bias binding, typical width cuts can be around 2.5 cm strip width for 0.5 cm binding [42]

Typical thickness tolerance for seam finishing folded edges is often set at within 1–2 mm for consistent look (quality standard practice) [43]

In 2023, Sewing thread is commonly labeled by tex and denier; tex indicates grams per 1,000 meters (definition) [44]

Denier definition: 1 denier equals 1 gram per 9,000 meters of fiber (definition) [45]

TPI (threads per inch) for shirting fabrics often ranges around 120–150 (typical) [46]

Weft and warp counts for fabrics typically align with fabric ends per inch (EPI) and picks per inch (PPI); common shirting might be 60/2–80/2 yarn counts (industry range) [47]

In garment dyeing, typical dye bath temperature is around 60–98°C depending on fiber (industry practice) [48]

In industrial dyeing, liquor ratio commonly is 1:5 to 1:10 (industry practice) [49]

In garment finishing, typical tumble drying temperature range can be 60–80°C depending on fabric (industry practice) [50]

In sewing, needle penetration depth affects stitch formation; typical needle system size E.g., 16x75 for industrial lockstitch (definition) [51]

Global apparel and textile market size was estimated at about USD 1.8 trillion in 2023 and projected to reach about USD 2.3 trillion by 2028 [52]

Global textile market size was valued at USD 1,073.1 billion in 2023 and forecast to reach USD 1,666.4 billion by 2032 [53]

Global clothing market revenue was estimated at about USD 1.8 trillion in 2023 [54]

Global fashion industry value (retail) was estimated at USD 3.0 trillion in 2019 [55]

In 2023, apparel exports from India were USD 18.2 billion [56]

In 2023, apparel and clothing exports from Bangladesh were about USD 45.0 billion [57]

In 2022, US apparel imports were USD 116.3 billion [58]

In 2023, EU apparel imports were valued at about EUR 77.5 billion [59]

In 2022, China apparel market sales were about RMB 1.73 trillion [60]

In 2021, global fast fashion market size was estimated around USD 35.9 billion [61]

Global sewing machine market size was valued at about USD 7.8 billion in 2022 and forecast to reach about USD 12.5 billion by 2030 [62]

Global industrial sewing machine market was valued at about USD 4.2 billion in 2022 and forecast to reach about USD 6.8 billion by 2030 [63]

Global embroidery machines market size was estimated at USD 2.4 billion in 2023 and projected to reach USD 4.5 billion by 2032 [64]

Global overlock machine market size was estimated at USD 1.1 billion in 2022 and projected to reach USD 1.9 billion by 2030 [65]

Global sewing thread market size was USD 2.9 billion in 2023 and projected to reach USD 4.5 billion by 2032 [66]

Global sewing accessories market size was about USD 1.6 billion in 2023 and projected to reach USD 2.6 billion by 2032 [67]

Global textile and apparel exports were about USD 687 billion in 2022 [68]

UNCTAD reported that apparel was among top categories in global trade by value, with exports exceeding hundreds of billions annually [69]

WTO reported that world merchandise trade value in 2022 was $24.7 trillion, category impact to apparel [70]

In 2022, world textile trade value was among top manufacturing categories (detailed in WTO statistics) [71]

Global apparel retail sales reached about USD 1.97 trillion in 2022 (estimate) [72]

Global apparel market revenue was about USD 2.0 trillion in 2022 [73]

In 2020, the global textile industry production value exceeded $1 trillion (WTO/UN) [74]

The US sewing machine and needle manufacturing industry (NAICS 3399) had shipments about $X in 2022 (industry profile figure) [75]

In 2020, garment industry exports were $449B globally (UN Comtrade summary) [76]

In 2021, textile and apparel exports from China exceeded $330B (reported) [77]

In 2021, textile and apparel exports from Bangladesh exceeded $48B (reported) [78]

In 2021, textile and apparel exports from Vietnam exceeded $33B (reported) [79]

In 2021, textile and apparel exports from India exceeded $45B (reported) [80]

In 2021, textile and apparel exports from Turkey exceeded $28B (reported) [81]

In 2022, textile and apparel exports from Pakistan exceeded $16B (reported) [82]

Global sewing machine needle market size reached about USD 1.0B in 2022 (estimate) [83]

Global industrial sewing machine market forecast to grow at a CAGR around 5% (report) [63]

Global sewing thread market CAGR around 4–6% (report) [66]

Global embroidery machine market expected CAGR around 6% (report) [64]

Global digital textile printing market CAGR around 8–10% (report) [84]

Global smart garment market expected CAGR around 15% (report) [85]

In Bangladesh, the Rana Plaza factory collapse in 2013 killed 1,134 people [86]

Rana Plaza injured about 2,500 people [87]

In the garment sector, ILO reported workplace accidents and fatalities remain a major concern [88]

The ILO reported that every year there are about 2.78 million work-related deaths globally [89]

The ILO reported 374 million non-fatal workplace accidents per year [90]

Bangladesh’s 2012 Tazreen fire killed 117 people [91]

The Tazreen fire injured more than 200 people [92]

Pakistan’s factory fire in Karachi (2012) killed at least 255 workers (reported) [93]

In the US, there were 5,333 workplace fatalities in manufacturing in 2022 (BLS Census of Fatal Occupational Injuries) [94]

In the US, BLS reported 0.9 fatal work injuries per 100,000 full-time equivalent workers in manufacturing in 2022 [94]

Global waste from textile and clothing is estimated at 92 million tonnes per year [95]

UNEP (2023) estimated that only 1% of textile waste is recycled into new clothing [96]

Global fashion industry's greenhouse gas emissions were estimated at around 2.1 billion tonnes CO2e in 2018 (Global Fashion Agenda/BCG) [97]

The Ellen MacArthur Foundation estimated that $500 billion worth of clothing is discarded each year globally [98]

The World Resources Institute estimated that making textiles accounts for 20% of global wastewater [99]

The World Bank reported the fashion/textile sector uses about 79 billion cubic meters of water per year for clothing production [100]

The IEA estimated global textile dyeing and finishing processes contribute substantially to water pollution; one report cited about 20% of global industrial wastewater [101]

The EPA reported that textiles were about 5% of municipal solid waste in the US (2018) [102]

The EPA reported that about 11.3 million tons of textiles were generated in the US in 2018 [102]

In the US, EPA estimated 2.6 million tons of textiles were recycled in 2018 [102]

The US EPA estimated textile reuse/recycling rate was about 15% in 2018 [102]

Fast fashion clothing purchases increased by 60% between 2000 and 2014 (reported by UNEP) [96]

The EU Strategy for Sustainable Textiles targeted that by 2030 textiles will be designed for durability and reusability (policy target) [103]

By 2025, the EU strategy targeted to require that all textile products in EU market be recyclable or have recycled content (policy objective) [103]

Global industrial water use for dyeing and finishing was estimated at 3–4% of global water use (reported by Water Footprint Network/UN) [104]

Water footprint of a single cotton t-shirt was estimated at about 2,720 liters [105]

The EU Ecolabel criteria (textiles) cover multiple environmental impacts and sets limits for hazardous substances [106]

The global textiles and apparel industry accounts for about 4% of global CO2 emissions (reported by UN) [107]

In 2022, the average used clothing donation drop in some countries was 40% (reported by WEF/UN) [108]

The EU reported that 1.9 million tonnes of textiles were collected for reuse/recycling in 2020 (reported) [109]

In the UK, 2022 textiles waste was 2.8 million tonnes (WRAP) [110]

In the UK, WRAP estimated 1.8 million tonnes of textiles were used/consumed in 2019 (reported) [111]

In 2021, the EU’s circular economy plan targets textiles and waste reduction objectives (policy) [112]

In 2019, textile and apparel production and consumption generated 19.2 million tons of waste in the EU (reported) [113]

The EEA reported that textile waste in the EU increased over 2004–2018 (trend) [113]

In 2022, global e-commerce sales share was about 19.9% of total retail sales (relevant to apparel channels) [114]

In 2023, global parcel delivery volume exceeded 150 billion shipments (logistics growth impacting garment delivery) [115]

Blockchain can track textile supply chain; WEF estimated by 2025, about 10% of global GDP will be stored on blockchain (macro) [116]

McKinsey estimated that AI could add $2.6–$4.4 trillion annually across industries (macro relevant to fashion/operations) [117]

Gartner forecasted worldwide public cloud end-user spending to reach $679B in 2024, supporting digital transformations in apparel operations [118]

RFID adoption in apparel: a GS1 report estimated 1,000+ apparel retailers tested RFID [119]

SAP reported apparel customers using SAP S/4HANA saw inventory reduction benefits (case figure) [120]

In 2022, global 3D printing market size was about $14.9B and projected growth to $44B by 2027 (relevant to prototyping) [121]

In 2023, global CAD software market size was about $14.2B (supports apparel design) [122]

In 2024, global RPA market size forecast exceeded $3B (process automation in factories) [123]

In 2023, global warehouse automation market size was about $18.4B [124]

In 2022, global industrial IoT market was valued around $227.8B, supporting smart factories [125]

In 2023, global computer vision market size reached about $9.6B, used for quality inspection in garment production [126]

In 2023, global digital textile printing market size was estimated at USD 2.6B and projected to grow [84]

In 2023, global smart garment market was estimated at USD 1.8B and forecast to grow to USD 6.5B by 2030 [85]

In sewing machine motor efficiency literature, typical household sewing machines use 60–100W power while heavy industrial can be higher (example benchmark) [127]

In 2023, global garment manufacturing supply chains were impacted by disruptions; lead times changed by reported 10–20% in some markets (industry survey) [128]

In 2024, the global logistics performance index scored around 3.3 average (World Bank) [129]

In the World Bank’s LPI, the Netherlands had a score 4.0 (example point) [130]

In 2020, global shipping cost index increased by about 30% mid-2021 (World Bank/UNCTAD indices) [131]

World Bank reported the global container shipping index increased substantially in 2021 (Harpex) [132]

In 2021, the Baltic Dry Index peaked around 5,000–6,000 (macro for logistics) [133]

In 2022, ocean freight prices were elevated; one industry dataset showed +X%; example: Drewry WCI (World Container Index) reached $8,336/40ft in late 2021 (reported) [134]

The US Bureau of Labor Statistics listed apparel cutting and sewing machine operators as having median pay of $16.94/hour (May 2023) [135]

The US BLS median hourly wage for sewing machine operators was $15.59 (May 2023) [136]

The US BLS median hourly wage for tailors was $18.69 (May 2023) [137]

The US BLS median hourly wage for textile sewing machine operators (May 2023) was $16.14 [138]

US BLS median hourly wage for textile and garment pressers (May 2023) was $15.12 [139]

Bangladesh’s minimum wage for garment workers in 2018 was 8,000 BDT/month [140]

In Pakistan, the minimum wage for garment workers increased to 25,000 PKR/month in 2023 (reported) [141]

In Vietnam, the 2022 minimum wage in region I was 4.68 million VND/month [142]

In Cambodia, the national minimum wage was 192 USD/month in 2024 (reported by ILO) [143]

Global garment workers faced garment-sector wage and working time issues during COVID-19; global job losses were estimated at 100 million in 2020 in apparel supply chains [12]

In 2020, ILO estimated 14 million garment workers were directly affected by job losses [144]