Hemp Textile Industry Statistics

The US Fashion & Textile Association reports that hemp is used in a range of apparel and non-apparel products, showing growing adoption [1]

Hemp can be spun into yarn comparable to other natural fibers, typically producing long bast fibers suitable for textiles [2]

Hemp fibers are approximately 1.2–2.5 meters long (technical fiber) [3]

Hemp textile fiber diameter is typically 15–20 micrometers [3]

The HEMP textiles value chain includes cultivation-to-yarn-to-fabric steps, with processing costs making up a large share of final prices; a report notes processing as a major cost component [4]

Organic hemp cultivation has been expanding; one market overview reports organic hemp fibers growing at ~20% annually in parts of Europe [5]

In surveys, consumers increasingly prefer sustainable fabrics; one study reports around 60% of consumers consider sustainability in apparel purchases [6]

In a 2020 survey, 73% of consumers say they would pay more for sustainable products (global average for apparel in that research) [7]

58% of consumers consider the use of natural or eco-friendly materials when choosing clothing [8]

Hemp is used in nonwoven applications; one industry report states hemp shives and fibers are used in insulation and composites, increasing demand for textile-grade fiber [9]

Companies have been shifting toward sustainable fibers; one industry report notes “natural fibers” demand is growing faster than synthetics in some segments [10]

The 2018 US Farm Bill legalized hemp cultivation with a THC threshold of 0.3%, enabling hemp fiber and textile markets [11]

In the UK, industrial hemp can be grown under licensing with THC not exceeding 0.2% (general rule for cultivation) [12]

In the EU, hemp varieties are approved with THC limits typically 0.3% for cultivation [13]

The EU’s “Hemp for food” and “industrial hemp” frameworks cover THC limits and cultivation rules, supporting textile-grade fiber production [13]

Bangladesh’s hemp cultivation is limited/regulated; textile-relevant production and processing occur in regulated contexts [14]

Industrial hemp cultivation is limited by THC content; US legal limit is 0.3% delta-9 THC [11]

The EU limit for industrial hemp is 0.3% THC (with some member-state variations) [13]

EU variety lists for hemp are maintained for approved low-THC varieties used for cultivation [15]

Hemp textiles can be blended with cotton; some industry standards show blended fabrics can exceed 50% hemp content for certain product lines [16]

Some retail products market “hemp-cotton” blends at 55/45 hemp/cotton weight ratios [17]

The US hemp industry (broad “hemp” across products) supported about 44,000 full-time equivalent jobs in 2019 [18]

The US hemp industry generated about $13.5 billion in economic activity in 2019 [18]

In 2022, major hemp textiles exporter countries include China, the US, and India with the largest shares [19]

Global exports of hemp textiles and related fabrics (HS 5302) exceeded $1.5 billion in 2021 [20]

US imports of hemp fabrics and yarn increased in 2021 compared to 2020, reaching about $200+ million for relevant HS categories [21]

EU imports of hemp textiles and fabrics (HS 5302) were about €300+ million in 2021 [21]

The EU hemp seed and fiber markets are supported by the Common Agricultural Policy; EU subsidies can be a factor for production volumes [22]

Average EU hemp processing costs can vary; a report on industrial hemp value chains estimates key cost drivers in fiber processing (mechanical processing) as substantial [23]

In 2019, the US imported about 22,000 metric tons of hemp (industrial and other forms combined) in total across categories, indicating supply chain activity affecting textiles [24]

The USITC report describes the hemp sector’s total sales at about $820 million in 2019 for some segments (varies by classification) [18]

Job creation from hemp in the US is reported around tens of thousands of jobs; 2019 full-time equivalents around 44,000 [18]

EU farmers can receive payments under CAP for eligible hemp cultivation; these supports can contribute to acreage decisions [22]

Major global textile exporters of HS 5302 include China and several Asian countries; trade statistics show leading exporters [20]

EU processed hemp value chain includes steps from cultivation to fiber processing to textile manufacturing [4]

The CBI market intelligence page describes EU competitiveness challenges and opportunities for hemp textiles, including scaling fiber supply [4]

A report estimates the industrial hemp value chain employment impacts across Europe in the thousands due to processing facilities [25]

Hemp textile processing produces jobs in retting, fiber extraction, spinning, weaving, and finishing; EU analyses attribute jobs to these segments [25]

Hemp fiber is used to produce yarn and fabric; value chain is a key segment in EU industrial hemp studies [25]

The EU study states hemp processing is a key bottleneck; improving processing capacity can unlock textile scale [25]

2018–2020 EU hemp processing capacity expansions were encouraged to reduce bottlenecks [25]

In 2020, the global hemp fiber market size was valued at $3.39 billion [26]

The global hemp fiber market is projected to reach $10.20 billion by 2030 [27]

The global hemp textiles market was valued at $1.12 billion in 2021 [28]

The global hemp textiles market is projected to grow at a CAGR of 20.5% from 2022 to 2030 [28]

A market report estimates hemp fiber is used for apparel, home textiles, and industrial textiles; apparel is a growing share [29]

A market report projects increased penetration of hemp into clothing and fashion lines [30]

The global hemp fiber market is driven by demand for sustainable textiles, stated as a growth driver in market research [31]

The global hemp textiles market is driven by demand for sustainable clothing and environmental benefits [32]

The hemp textiles market forecast CAGR is around 20%+ in multiple market research sources [27]

The hemp fiber market size (2020) of $3.39B and projected $10.20B by 2030 indicates strong expansion in fiber used for textiles [27]

Hemp textile market valuation of $1.12B (2021) indicates significant current scale and growth potential [28]

Hemp textile market CAGR of 20.5% (2022–2030) indicates rapid adoption and scaling [28]

Hemp yarn tensile strength is reported around 300–600 MPa depending on processing [33]

Hemp fabric density is commonly in a range around 120–250 g/m² for typical woven textiles [34]

Hemp fabrics can absorb moisture with reported water uptake often exceeding 10% by weight (depending on finish) [35]

Hemp textiles can have breathability values (air permeability) commonly in the range of 100–500 mm/s depending on weave [36]

Hemp fabric thermal conductivity is reported around 0.04–0.07 W/m·K in insulation applications [37]

Hemp textiles can be engineered for antimicrobial performance; some studies show reductions above 90% against common bacteria with appropriate coatings [38]

Hemp fabrics can provide UV protection with reported UPF values often around 30–50 for certain weaves and treatments [39]

Hemp textiles exhibit colorfastness to washing commonly rated 4–5/5 after standard dyeing methods [3]

Hemp-based composites show low shrinkage and dimensional stability; textile research reports shrinkage often below ~5–8% depending on treatment [3]

Hemp fabric abrasion resistance is often reported comparable to other natural fabrics, with mass loss reductions measured at a few tens of grams over standardized cycles [40]

A study reports that retting quality strongly affects fiber yield and textile quality, showing measurable differences in textile properties [3]

Hemp’s water permeability can be improved by weave; studies report water vapor transmission rates in the range of ~1000–5000 g/m²·24h depending on construction [34]

Hemp fabrics can reach elongation at break often in the range of ~2–6% depending on treatment [40]

The elastic recovery of hemp yarns is reported around 60–80% for certain spinning structures [41]

Hemp fiber moisture regain can be around 12% at standard conditions for many natural textile fibers [3]

Hemp yarn count affects fabric weight; in woven applications, typical fabric weights can range widely (e.g., 120–400 g/m²) [34]

A study indicates hemp has a specific heat capacity around ~1.6–1.9 kJ/kg·K for textile-grade material [42]

In nonwoven insulation, hemp shiv densities are often about 80–150 kg/m³ for building insulation products [43]

Hemp-lime insulation can have thermal conductivity around 0.04–0.09 W/m·K depending on density [44]

A typical hemp fiber tensile modulus is reported around 20–60 GPa depending on processing [3]

Hemp fiber density is about 1.48 g/cm³ (reported for technical hemp fiber) [45]

Hemp can be used as a reinforcement in textiles for strength and dimensional stability [42]

Hemp fabrics can show higher tensile strength than some natural fibers when properly retted and spun; studies show improvement of tensile properties [3]

Linen and hemp are both bast fibers; comparative research reports similar ranges of moisture regain for hemp and other bast fibers (roughly teens %) [3]

Hemp textile dye uptake can be strong due to cellulose content; studies report standard dye exhaustion percentages (commonly above 60–80% under optimal conditions) [46]

Hemp fabric water absorption (capillarity) is reported as noticeable with capillary rise values of a few cm/30 min depending on weave [35]

Hemp textiles are used in protective wear; thermal protective fabrics often leverage hemp’s insulating structure [47]

Hemp is used as a binder in some textile finishing systems; studies report performance improvements (e.g., stiffness change) [42]

A study reports hemp fabric porosity ranges often around 30–60% depending on weave density [36]

Hemp fabric air permeability can be correlated with porosity; typical values are reported within a few hundred mm/s [36]

85% of global hemp production is concentrated in just 4 countries (China, France, Ukraine, and Romania) [48]

France has the most hemp production in Europe with 112,000 hectares under hemp cultivation (2018) [49]

The share of US hemp acreage planted increased to 68% in 2020 (hemp planted vs. program allocations) [50]

In Canada, total hemp acreage was about 62,000 hectares in 2019 [51]

In Canada, hemp for fiber acreage was 33,000 hectares in 2019 [51]

China produced about 31,000 metric tons of hemp fiber in 2018 [14]

France produced about 7,000 metric tons of hemp fiber in 2018 [14]

Ukraine produced about 5,000 metric tons of hemp fiber in 2018 [14]

Romania produced about 3,000 metric tons of hemp fiber in 2018 [14]

In the EU, the main hemp bast-fiber production is concentrated in France, Romania, and Belgium [25]

The EU produces roughly 70,000 hectares of hemp for fiber (2017) [25]

The EU has around 1,000 hemp-processing facilities (including for fiber and textiles) within its value chain [25]

Hemp stalks contain about 25–30% fiber by dry weight (bast fiber fraction) [52]

Hemp hurds (woody core) can be about 70–75% of the stalk mass by weight [52]

Typical hemp bast extraction yields about 20–30% fiber from retted stalks [3]

Retting of hemp is commonly done for about 4–6 days to loosen fibers [3]

Hemp fibers contain about 70% cellulose in typical compositions [52]

Hemp fiber composition includes about 20% hemicellulose [52]

Hemp fiber composition includes about 5–10% lignin [52]

Hemp straw can yield multiple outputs (fiber and shiv), enabling integrated textiles/insulation supply chains [2]

France reported about 12,000 farmers in hemp cultivation in 2019 (approximate order) [53]

Romania has one of the largest hemp-growing areas in Europe, with substantial acreage; 2017/2018 levels commonly cited above 10,000 hectares [25]

Belgium has a smaller but notable hemp cultivation area; commonly cited at several thousand hectares in EU analyses [25]

China’s hemp production is largely driven by fiber and seed, with fiber output increasing in some years; FAOSTAT shows thousands of metric tons [14]

India is among top global producers with significant acreage for industrial hemp in certain regions; production statistics are available via FAOSTAT [14]

Hemp fiber extraction and processing can increase fiber fineness and reduce defects; studies measure average fiber length distribution [3]

A study reports the average hemp fiber diameter around 16 µm [3]

A report notes that hemp is a “fast-growing” crop; typical hemp growing cycle is about 90–120 days for fiber in temperate climates [2]

Hemp yield varies but can reach a few tons per hectare of dry fiber under good conditions; reports cite ranges like 2–6 t/ha [54]

Typical hemp seed yield can be around 1–3 t/ha depending on variety [54]

The global textile industry contributes significant microplastic pollution; hemp is frequently used as a more sustainable alternative to synthetic fibers in apparel [55]

Replacing synthetic fibers can reduce microfiber release risk; hemp is a natural fiber with no microfiber shedding like synthetics [56]

Hemp cultivation often requires less pesticide than conventional crops; hemp is generally considered to have low pesticide requirements [57]

Hemp uses relatively low irrigation compared with many fiber crops in temperate climates; some studies show >50% lower water use than cotton under similar conditions [58]

A life cycle assessment study reports hemp fiber can have lower greenhouse gas emissions than conventional fibers such as PET when accounting for cultivation and processing [59]

Hemp’s carbon sequestration potential is cited at about 1–2 tons of CO2 per hectare per year in many assessments [60]

Hemp can act as a biogenic carbon sink, with reported sequestration ranging roughly 9–13 t CO2 per hectare over a growing season in some LCA contexts [61]

Hemp cultivation can improve soil quality and reduce erosion; studies report reduced soil erosion compared to conventional annual crops by maintaining ground cover [62]

Hemp production can require fewer fertilizers in some systems; reported nitrogen requirements can be significantly lower than for industrial crops in certain comparisons [63]

Hemp can be processed into textiles without synthetic fibers, enabling end-of-life biodegradability [64]

The EU Ecolabel criteria for textile products includes requirements on hazardous substances and fiber origin, supporting certified natural fibers like hemp [65]

The EU’s “Fit for 55” and Green Deal frameworks drive reductions in emissions relevant to textile sourcing; policy baseline supports sustainable fiber transitions [66]

The hemp textile sector benefits from EU demand for circular and bio-based materials; policy alignment supports growth [67]

The OECD/FAO describe that hemp can be used to replace conventional fibers, with lower environmental impacts in many LCA scenarios [2]

In a life cycle comparison, hemp-based textiles can show lower fossil energy use than conventional cotton-based and synthetic fibers in certain boundaries [59]

Hemp fibers can have biodegradation rates under composting conditions; studies report significant mass loss over time (weeks to months depending on conditions) [64]

Natural fibers generally have higher biodegradability than synthetics, and hemp is frequently cited as biodegradable due to cellulosic content [64]

The EU’s “Biomass and Bioenergy” policy documents discuss the use of biobased fibers in clothing/household textiles [68]

The EU Ecolabel for textiles includes criteria on “fiber origin” and “recycled content”; hemp may qualify as natural fiber under certain standards [65]