Nigerian Jute Fibre: The World’s Second Most Traded Natural Fibre — Produced From the Same Plant That Feeds West African Families as Ewedu Soup — Whose Golden-Brown Cellulose Fibre Has Built the Global Sacking, Carpet Backing, and Geotextile Industries and Whose Nigerian Production From an Indigenous Dual-Purpose Crop Creates the Most Commercially Unusual Story in the Category 13 Portfolio

Jute Fibre Exporter Nigeria — Raw Jute Fibre (Corchorus olitorius — Tossa Jute), Retted and Dried Jute Fibre (Grades TD2–TD5), Jute Yarn and Twine, Hessian (Burlap) Fabric, Jute Sacking, Jute Geotextile Fabric, Jute Nonwoven (Needle-Punched), Jute Composite Mat, and Jute Pulp for Speciality Paper, Direct Kogi, Edo, Anambra, Cross River, Ogun, and Lagos State Sourcing from Documented Jute Farms and Retting Operations, Bulk Supply to Sack and Packaging Manufacturers, Carpet and Carpet Backing Companies, Geotextile and Civil Engineering Supply Companies, Composite Material Producers, Pulp and Paper Manufacturers, and Global Natural Fibre Trading Houses Worldwide

Jute fibre exporter Nigeria is a search phrase whose commercial context creates the most commercially unusual narrative in any Category 13 article — because the raw material for Nigerian jute fibre export is Corchorus olitorius L., a plant whose dual-purpose character creates simultaneous commercial value in two completely separate markets that rarely intersect:

The fibre market: The stem of Corchorus olitorius — specifically the bast fibre extracted from the stem’s phloem tissue — creates jute fibre: the golden-brown, long-staple soft natural fibre whose annual global production of approximately 4.5 million metric tonnes makes it the second most produced natural fibre in the world after cotton. Jute fibre’s specific combination of properties — low cost, biodegradability, good tensile strength (400–500 MPa), excellent moisture absorption, and the specific surface roughness creating excellent fibre-to-fibre friction in yarn spinning — creates the commercial foundation for the global sacking and packaging industry (jute gunny bags for coffee, cocoa, rice, and cement), the carpet backing industry (jute backing fabric whose combination of dimensional stability and biodegradability creates the preferred natural backing for tufted carpet), and the growing geotextile and biocomposite market whose sustainability credentials drive the fastest commercial growth in jute applications.

The vegetable market: The leaves of Corchorus olitorius create ewedu (Corchorus olitorius leaf in Yoruba food culture — documented in Category 4 as a medicinal and food leaf); mulukhiyah (the same species known in Arabic food culture as molokhia — whose consumption across Egypt, Lebanon, Jordan, and North Africa creates the most widely consumed traditional leafy vegetable preparation in the Arab world); and Jews mallow or Jew’s mallow (the English common name reflecting the plant’s documented Levantine cultivation history). In Nigeria, ewedu (Yoruba) and Rama (Hausa — where a related Corchorus tridens species is consumed similarly) represent one of the most nutritionally significant leafy vegetables consumed — with documented iron content of 3–4mg per 100g fresh weight, vitamin C at 53mg per 100g, and calcium at 246mg per 100g creating the most mineral-dense commonly consumed West African leafy vegetable.

This dual-purpose character creates the most commercially unusual situation in the Category 13 fibre portfolio: the same plant whose leaves Nigerian women harvest for ewedu soup on Monday is the same plant whose stems could be retting in the river for jute fibre extraction on Wednesday — with both products creating commercial value from what is traditionally treated as a single agricultural output (the vegetable leaves) while discarding the fibre stem as agricultural waste.

The commercial development opportunity: Nigeria’s established Corchorus olitorius cultivation across the ewedu vegetable production belt (Ogun, Lagos, Oyo, Anambra, Kogi states — whose humid forest-savanna ecology creates optimal Corchorus growing conditions) creates the most immediately exploitable jute fibre raw material base of any West African country — from an established crop whose fibre extraction requires only the addition of retting and drying processing to an already-established cultivation system.

At Paradise MultiTrade International Limited, jute fibre is a Category 13 priority development programme — building on the established Corchorus olitorius farming communities whose ewedu leaf production already creates the cultivation knowledge and farm infrastructure, extending the value chain through fibre extraction processing, and exporting with complete quality certification targeting the sacking, carpet backing, and geotextile buyer communities.

To discuss sourcing immediately, request a quotation here and our export team responds within 48 hours.

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History and Origin — The Golden Fibre Whose West African Home Has Never Been Commercially Developed

Corchorus Olitorius in Nigeria — Botanical Origin, Traditional Cultivation, and the Fibre Opportunity

Corchorus olitorius L. — tossa jute (one of the two primary commercial jute species alongside Corchorus capsularis — white jute) — is classified by botanical historians as most likely indigenous to tropical Africa and South Asia simultaneously — with the oldest documented cultivation records both from ancient Egypt (where mulukhiyah leaf consumption is documented in pharaonic texts) and from West African agricultural traditions. The specific botanical debate (African origin versus South Asian origin) reflects the plant’s extraordinarily wide natural distribution across tropical Africa, South Asia, and Southeast Asia whose antiquity creates competing claims from multiple regions.

The commercial jute paradox: Despite Corchorus olitorius‘s deep integration into West African food culture (its leaf consumed across all West African countries under diverse local names), the commercial jute fibre industry has developed almost exclusively in South Asia — specifically Bangladesh (which produces approximately 60–65% of global jute, tracked through Bangladesh Jute Board) and India (approximately 25–30% of global jute) — while the West African countries where the same plant is most culturally embedded in food tradition have never developed its fibre potential.

The commercial irony: Bangladesh built a USD 2.5 billion annual jute export industry from the same plant that Nigerian women have been growing for ewedu soup for centuries without ever extracting the fibre from the stem. The commercial opportunity this creates for Paradise MultiTrade’s Nigerian jute programme: the raw material is already cultivated, the farming community already exists, and the fibre extraction technology (water retting — a centuries-old traditional process requiring no capital-intensive equipment) creates the processing pathway whose establishment converts existing waste (discarded stems from ewedu leaf harvest) into commercially valuable export fibre.

Jute cultivation ecology in Nigeria:
Corchorus olitorius thrives in:

• Humid tropical conditions: Annual rainfall 1,200–2,000mm — well within the range of Nigeria’s southern forest belt and forest-savanna transition zone
• Temperature: 24–35°C (year-round in Nigeria’s southern states)
• Soil: Alluvial or loamy soils with good water retention — the riverbank and floodplain soils of the Niger, Benue, and Cross River tributaries creating the most productive cultivation areas
• Season: 3–4 month growing season from seed to stem harvest — creating 2–3 crops per year in Nigerian conditions versus 1 crop in Bangladesh (where monsoon season timing limits to single cropping)

The 2–3 crops per year advantage creates Nigeria’s most commercially significant potential superiority over Bangladesh and Indian jute: equivalent land area generating 2–3× the annual fibre volume — creating production economics whose exploitation through formal fibre extraction would create the most competitive cost per tonne of jute fibre from any tropical origin.

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What Is Nigerian Jute Fibre? The Bast Fibre Chemistry, Retting Science, and Commercial Grade Structure

Corchorus Olitorius — The Bast Fibre Chemistry

Bast fibre anatomy:

Jute is a bast fibre — extracted from the phloem (inner bark) tissue of the plant stem, whose elongated cells form continuous bundles running the length of the stem. The specific cellular architecture:

Individual jute fibre cells (sometimes called ultimate cells in fibre science terminology): 1.5–5.0mm in length; 10–25 μm diameter; thick secondary cell wall composed of:

• Cellulose: 61–72% — the structural polysaccharide whose degree of polymerisation (DP approximately 600–900 — somewhat lower than sisal’s 1,000–1,400, creating jute’s more moderate tensile strength versus sisal) creates the load-bearing character
• Hemicellulose: 13–20% — higher than sisal; creating jute’s characteristic moisture absorption of 15–17% at standard humidity (exceeding sisal’s 11–14%)
• Lignin: 11–13% — comparable to sisal; creating the “soft fibre in hard fibre territory” — jute occupies a unique position as the most lignified of the soft natural fibres, creating better outdoor durability than cotton or flax while remaining less durable than the higher-lignin hard fibres (sisal, coir, abaca)

The commercial chemical distinction creating jute’s specific character:

Jute’s specific lignin-hemicellulose-cellulose balance creates the most commercially unusual combination of properties in any bast fibre:

Photo-degradation sensitivity: Jute’s lignin, while providing some UV resistance, contains chromophoric groups (conjugated double bonds and phenolic structures) that absorb UV radiation — creating the characteristic yellowing of jute upon prolonged light exposure. This photo-degradation limits jute’s outdoor durability without UV-protective treatment (oiling or coating) — creating the commercial limitation whose management through jute batching oil application is the most important processing step in jute sacking and carpet backing manufacturing.

The “golden fibre” colour: Jute’s natural amber-golden colour — whose origin lies in the lignin chromophores creating specific absorption in the blue/violet spectrum (450–490nm) while reflecting yellow-orange (570–620nm) — creates the characteristic appearance that the traditional name “golden fibre” reflects and whose aesthetic value in natural handicraft and decorative applications creates premium positioning.

Fibre fineness (linear density):
Jute’s fineness — measured in tex (grams per 1,000 metres of fibre) — creates its most important commercial spinning property: jute fibre at 1.5–3.5 tex (individual fibre bundle) creates the optimal linear density for spinning yarn counts of 6–20 Nm (metric count — the number of 1,000-metre lengths per kilogram). This yarn count range corresponds to the sacking yarn (coarse, high-strength) and carpet backing yarn (medium) applications whose commercial volume creates the dominant jute procurement stream.

The Retting Process — The Most Commercially Critical Quality Determinant

Water retting — the microbial maceration process extracting bast fibre from the surrounding stem tissue — creates the most technically specific processing step in jute production whose quality determines the grade and commercial value of all subsequent product:

The retting biology:

Jute stems submerged in slow-moving or standing water create the anaerobic microbial environment whose activity (primarily Clostridium and Bacillus species in combination with pectic enzyme-producing fungi) degrades the pectin (the polysaccharide cementing fibre bundles to the surrounding parenchyma tissue) without significantly damaging the cellulose fibre itself. The optimal retting conditions:

• Water temperature: 27–32°C — warmer creates faster retting but risk of over-retting (microbial attack extending beyond pectin to cellulose — reducing fibre strength); cooler creates slower retting with better fibre quality but extended timeline
• Duration: 10–30 days depending on temperature, water quality, and stem maturity (immature stems require longer retting; over-mature stems require less)
• Retting completeness assessment: Traditional assessment — pulling test (attempting to strip fibre from stem — complete retting creates clean fibre separation without tearing; under-retted fibre tears and leaves bark residue on the fibre)

Retting completion and washing:

Over-retted jute — whose microbial activity extends to cellulose attack — creates fibre whose strength, colour, and lustre are all severely degraded. The economic cost of over-retting: Grade 1 jute reduced to Grade 3 by 2 days of excessive retting — a 15–20% price reduction from a 2-day processing error. Under-retted jute — whose incomplete pectin degradation creates fibre contaminated with bark and parenchyma tissue — reduces both grade (due to contamination) and spinner performance (bark inclusions in yarn creating breakage during spinning). Proper retting endpoint — confirmed by the pull test and visual separation cleanliness — creates the quality foundation for all downstream processing.

Washing, drying, and bundling:

Retted fibre stripped from stems by hand (traditional method) or by mechanical ribbon machine (semi-mechanised); washed in clean river or well water (removing retting water residues and remaining parenchyma fragments); sun-dried on bamboo frames or rope lines (4–8 hours in tropical sun — target moisture ≤13%); bundled in standard bundles (approximately 5kg per bundle — the traditional assessment unit); and baled in standard export bales (150–180kg per bale).

Commercial Grade Structure

International jute grading follows the International Jute Study Group (IJSG) grade standards — whose classification parallels the sisal and cotton grading systems in creating price-linked quality differentiation:

Grade TD2 (Tossa Superior): Finest quality tossa jute; colour golden-yellow; clean (no bark, no root); length ≥180cm; lustre high; strength >28 g/tex; price premium 25–35% above base
Grade TD3 (Tossa Fine): Good quality; colour golden-brown; minimal bark; length 150–180cm; lustre good; strength 24–28 g/tex; most widely traded export grade
Grade TD4 (Tossa Good): Standard commercial grade; minor colour variation; some bark acceptable; length 120–150cm; the primary quality for sacking manufacture
Grade TD5 (Tossa Ordinary): Lower quality; greater colour variation; bark inclusions acceptable; length 90–120cm; used for low-grade sacking and paper pulp

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Benefits and Industrial Uses of Nigerian Jute Fibre

Sacking and Packaging Manufacturing — The Primary Historical Market

Jute gunny sacks and bags — the most volume-significant single jute application:

The global jute sacking industry — whose procurement creates the most consistent and highest-volume commercial demand stream for raw jute fibre — encompasses every grain, commodity, and industrial material packaging application where: biodegradability creates legislative compliance advantage; breathability creates produce preservation advantage; and cost-effectiveness creates economic advantage over synthetic alternatives:

Coffee sacks: The global coffee industry’s traditional use of jute gunny bags (approximately 60kg per bag — the standard international coffee trading unit whose dimensions and weight create the commercial specification that all coffee logistics infrastructure — warehouse shelving, pallet sizing, shipping container loading — is designed around) creates consistent procurement demand from green coffee trading companies and coffee roasters. Colombian, Brazilian, Ethiopian, and Vietnamese coffee exporters whose sacked coffee uses Nigerian-origin jute creates the circular economy narrative whose communication creates specific commercial value for sustainably positioned coffee brands.

Cocoa sacks: The most commercially significant single application for Nigerian-origin jute fibre given the geographic proximity: Nigerian cocoa export (Category 14’s upcoming cocoa articles) traditionally uses jute sacking whose domestic sourcing creates the most commercially integrated value chain available from any Nigerian industrial crop — jute fibre grown in Kogi and Ogun states, woven into sacking fabric in Lagos or Kano, used for cocoa bagging in Ondo and Osun. This domestic value chain — reducing cocoa sacking import dependence — creates the commercial motivation whose establishment represents the most immediately actionable commercial development in the Nigerian jute programme.

Cement sacks: The Nigerian construction industry’s cement consumption — approximately 25 million tonnes annually (tracked through Dangote Cement and BUA Group production data) requiring approximately 500 million cement sacks — creates domestic procurement demand for either jute or synthetic alternatives. Nigeria currently imports most cement packaging from synthetic sources — whose jute sacking replacement through domestic production creates the import substitution whose commercial development justifies the initial investment.

For sacking manufacturer buyers — contact our export team to discuss TD3 and TD4 grade specification for sacking application.

Carpet Backing — The Premium Technical Market

Jute as carpet backing — the most technically demanding jute application:

The global carpet industry — tracked through Carpet and Rug Institute market data at approximately USD 40 billion annually — whose tufted carpet (the dominant carpet construction method, accounting for approximately 85% of global carpet production) uses primary and secondary backing fabric to provide dimensional stability, tuft anchor security, and walking comfort. Jute backing fabric creates the most commercially established natural alternative to the synthetic (polypropylene) backing that currently dominates carpet manufacturing:

Jute primary backing: The foundation fabric through which carpet pile yarns are tufted — requiring: dimensional stability (minimum elongation under tension — maintaining carpet dimensional stability during tufting process); high tufting needle penetration resistance (preventing backing fabric tearing during the high-speed tufting process); uniform weight and thickness creating consistent pile height across the carpet width; and compatibility with latex adhesive bonding the primary backing to the secondary backing.

Jute secondary backing (hessian/burlap): The backing fabric laminated to the pile side of the tufted carpet — creating carpet stability on floor surfaces, comfort underfoot, and the biodegradable carpet disposal credential whose commercial communication creates specific premium positioning in the European green building market. The EU’s Construction Products Regulation (EU) No 305/2011 and the growing Green Building Certification systems (LEED, BREEAM, DGNB) creating credits for recyclable and biodegradable interior materials — whose application to carpets with natural jute backing creates a measurable sustainability advantage in premium commercial and residential interior design.

The jute backing premium in EU carpet market: European premium carpet manufacturers (Balta Industries, Desso/Tarkett, Interface for carpet tiles) whose sustainability marketing specifically communicates “natural jute backing” create price positioning 15–25% above synthetic-backed equivalents whose value creation from the documentation-supported sustainable material story is the most commercially developed single jute premium in the EU market.

Geotextile and Civil Engineering

Jute geotextile — natural erosion control:

The same geotextile market documented in the sisal article (Article 126) creates equally significant demand for jute geotextile — with the specific advantage that jute’s softer, more workable fibre character creates lower-cost woven geotextile fabric (jute weaves more readily on standard loom equipment than sisal’s stiffer bundles) whose cost-per-square-metre economics create competitive positioning in the temporary erosion control applications that Article 126 specifically documents.

Jute erosion control mat: Woven jute geotextile (typically 200–400 g/m² basis weight — heavier than sisal geotextile but achieving comparable tensile strength from finer fibre weave density) whose specific deployment on highway embankments and revegetation slopes creates the documented erosion reduction (up to 95% soil loss reduction versus bare slope — documented in Transportation Research Record slope stability research).

Jute geotextile biodegradation advantage: Jute’s faster biodegradation than sisal (approximately 6–12 months in tropical soil versus sisal’s 1–3 years) creates the most appropriate temporary geotextile for short-duration stabilisation projects — grass seed germination support (4–8 weeks from seeding to establishment), annual crop mulch matting (season-length service), and site access road reinforcement (temporary traffic support until permanent surface installation).

The Ewedu-Jute Integration — Nigeria’s Unique Dual-Value Chain

The most commercially distinctive aspect of Nigerian jute production:

The established Corchorus olitorius cultivation network across Ogun, Lagos, Oyo, Kogi, and Anambra states — whose primary production purpose is ewedu leaf harvest for food market — creates the raw material base for jute fibre extraction whose commercial integration creates the most unusual agricultural value chain in the Nigerian portfolio:

Traditional ewedu production: Farmers plant Corchorus olitorius in rows; harvest leaves repeatedly at 2–3 week intervals (continuous leaf production as the plant grows); and allow stems to reach full maturity (90–120 days from planting) at the season’s end before the whole plant is cut for the final leaf harvest. The mature, post-harvest stems — currently composted or burned as agricultural waste — constitute the fibre raw material whose retting and processing creates the jute export programme.

The integration economics: A farmer currently receiving income only from ewedu leaves — selling at approximately NGN 500–1,500 per bundle of leaves — can simultaneously generate income from the mature stems whose fibre value (approximately NGN 300–600 per kg of dried retted jute) creates a 30–50% revenue increase per growing cycle from the same land and labour investment.

The commercial programme: Paradise MultiTrade’s Nigerian jute development programme specifically targets the ewedu farming cooperative networks — whose established cultivation provides the raw material — with: retting pond construction or identification of suitable water bodies near production areas; retting protocol training; quality assessment tools (pull test demonstrations, moisture meter provision); and agreed price schedule creating the commercial incentive whose adoption by ewedu farmers creates the most commercially organic jute supply chain development in West Africa.

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Why Buy Jute Fibre From Nigeria?

The Dual-Crop Economics — Lowest Cost Fibre Production

Nigerian jute fibre’s most commercially significant competitive advantage versus Bangladesh and Indian origin: the raw material (mature Corchorus olitorius stems) is a by-product of an established food crop whose cultivation cost is already covered by ewedu leaf revenue. The fibre extraction (retting, drying, baling) creates additional value from already-cultivated material — creating a marginal cost structure for fibre production whose economics create the most competitive cost-per-tonne of any natural bast fibre from any origin.

The specific commercial consequence for international buyers: Nigerian jute fibre’s marginal-cost pricing (fibre extraction cost only — not including land preparation, seed, or growing cost already covered by leaf revenue) creates fundamental cost competitiveness below Bangladesh origin jute whose full production cost (entire farming investment allocated to fibre production alone) must be recovered from the fibre sale price.

Two-to-Three Crops Per Year — Supply Volume Advantage

Corchorus olitorius‘s 90–120 day crop cycle in Nigerian conditions creates 2–3 growing seasons per calendar year — versus Bangladesh’s single monsoon-season jute crop (planted May–June; harvested August–September; with the remaining 8 months providing no jute production). This 2–3× annual cycle frequency creates:

Equivalent land producing 2–3× the annual fibre volume of Bangladesh planting — creating the production economics whose scaling from current ewedu cultivation area creates commercial jute volumes whose development trajectory parallels the cocoa and sesame programmes’ growth from traditional to formal export.

Year-round fibre availability — eliminating the September–December Bangladesh jute harvest concentration whose supply peak creates international spot market price volatility. Nigerian year-round production’s smoothing of this price volatility creates supply chain planning stability that commodity traders and spinner procurement teams specifically value.

The Sustainability Narrative — Leaf-Stem Circular Agriculture

The commercial communication whose unique character differentiates Nigerian jute from Bangladesh origin more completely than any technical quality parameter:

“The same plant that feeds Nigerian families creates the fibre that packages the world’s commodities” — whose narrative arc (from smallholder ewedu farm to international sacking manufacturer) creates the most commercially unusual single-origin story in the natural fibre category. For premium food brands, sustainable packaging companies, and circular economy-positioned businesses whose procurement marketing values supplier narrative: Nigerian jute creates an origin story that no other jute producing country can replicate — the direct connection between one of Africa’s most beloved traditional vegetables and the world’s most traded natural fibre.

Complete Export Documentation

Every jute fibre shipment carries NEPC export documentation, certificate of origin, phytosanitary certificate, commercial invoice, packing list, and bill of lading. We coordinate: grade certificate (IJSG standard grade — TD2 through TD5 — confirmed by trained grader assessment of colour, lustre, length, cleanliness, and strength); fibre length measurement (mean bundle length by ruler measurement on 50-fibre random sample — confirming grade minimum length); tensile strength (single fibre bundle Instron or Scott Tester — g/tex); moisture content (≤13% — gravimetric oven method); colour assessment (visual grade + optional spectrophotometric L*a*b* where buyer specifies); retting quality assessment (pull test and visual bark residue percentage); fineness (tex — by weighing and measuring standardised fibre length); oil content (where jute batching oil has been applied — Soxhlet extraction confirming oil content for subsequent processing); phytosanitary certificate (NAQS — confirming freedom from jute stem borer Ostrinia species and jute mite Tetranychus urticae); and bale weight (certified weigh bridge). Our NEPC Export Licence No. 0042385 and CAC Registration No. RC-9284647 are verifiable through NEPC.

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Nigeria’s Jute Fibre Export Strength and Global Market Demand

The Global Market

Global jute production — approximately 4.5 million metric tonnes annually (tracked through FAO’s jute and allied fibres statistics) — is overwhelmingly concentrated in Bangladesh (approximately 2.8 million MT — 62% of global production) and India (approximately 1.1 million MT — 24% of global production), with minor contributions from China, Myanmar, Nepal, Thailand, and Uzbekistan. West Africa contributes essentially zero to formal international jute fibre trade — despite the widespread cultivation of Corchorus olitorius across the region for food purposes.

The commercial opportunity: this extreme geographic concentration (86% of global jute from two neighbouring South Asian countries) creates the most commercially significant single-country production risk in any commodity fibre — whose diversification to West African origins creates supply chain resilience that no other natural fibre market except natural rubber (also 75%+ Asian concentrated) demonstrates equivalent buyer motivation to address.

The Bangladesh supply risk: Bangladesh’s jute industry faces documented challenges: flooding disrupts retting operations in annual monsoon seasons whose severity is increasing with climate change; labour cost escalation reducing competitive pricing pressure on alternative origins; water quality deterioration in retting rivers (documented in Environmental Pollution journal as one of Bangladesh’s most acute industrial pollution problems) creating retting water colour contamination whose effect on fibre colour creates buyer quality concerns; and replanting challenges in an industry dominated by aging farms on diminishing land area. Each challenge creates a specific opening for alternative origin supply whose quality and reliability creates procurement diversification value.

Key Export Destination Markets

India (Calcutta — the world’s largest jute processing hub): India both produces and imports raw jute — importing Bangladesh origin and potentially Nigerian origin for processing at Calcutta’s hundreds of jute mills whose combined capacity processes both domestic and imported raw fibre into yarn, fabric, and finished goods. India’s jute industry through National Jute Board India.

Bangladesh (Dhaka and Chittagong — paradoxically a potential importer of premium jute for fine-count spinning): Bangladesh imports premium quality jute for fine-count spinning applications when domestic production’s average quality does not meet specific high-grade requirements — creating a specific opportunity for Nigerian Grade TD2 premium long fibre supply. Bangladesh jute industry through Bangladesh Jute Board.

Belgium and Germany (carpet backing manufacturing): Europe’s carpet manufacturing sector (Balta Group in Belgium; Anker-Teppich in Germany) whose jute backing procurement creates consistent volume demand for TD3 and TD4 grade.

Netherlands (Rotterdam — European jute commodity trading hub): The primary European jute commodity import hub whose trading companies create spot and forward contract procurement demand.

Pakistan (Karachi — jute-to-sacking processing): Pakistan’s jute processing industry whose domestic agricultural sacking demand creates consistent TD4 and TD5 procurement from South Asian and potentially African origins.

USA (carpet backing importers): Interface Inc., Mohawk Industries, and Shaw Industries — the three largest US carpet manufacturers — whose jute backing procurement creates significant American import demand tracked through United States International Trade Commission.

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Why Choose Paradise MultiTrade International Limited?

The Ewedu Integration Programme — The Most Commercially Innovative Sourcing Model. Partnership with established ewedu farming cooperatives across Ogun, Lagos, Kogi, and Anambra states — whose existing Corchorus olitorius cultivation creates the raw material base — adding retting training, quality assessment tools, and agreed price schedule creating the fibre extraction programme whose marginal-cost economics create the most competitive jute pricing from any non-Asian origin. For international buyers evaluating cost-competitive jute supply with authentic community sourcing narrative: the ewedu-to-jute integration creates the most commercially distinctive supplier story in the global natural fibre market. Contact us to discuss ewedu cooperative programme.

Year-Round Production Planning — Two-to-Three Crop Advantage. Monthly fibre supply availability from Corchorus 90–120 day crop cycles planted year-round — eliminating the September–December Bangladesh crop concentration whose price volatility creates procurement planning challenges. For sacking manufacturers and carpet backing producers whose production scheduling requires consistent monthly fibre delivery: Nigerian year-round availability creates the supply predictability whose commercial quantification in reduced safety stock and procurement cost creates buyer value. Contact us to discuss monthly supply schedule.

Retting Water Quality Management — Colour-Pure Fibre. Retting operations conducted in flowing river water (preferred) or dedicated retting ponds (where river access is limited) with documented water quality monitoring (DO — dissolved oxygen; pH; microbial load) — preventing the retting water contamination whose effect on fibre colour creates the primary quality complaint in Bangladesh-origin jute. Colour-pure golden fibre (whose L*a*b* spectrophotometric confirmation documents Grade TD3 whiteness) creates the carpet backing and hessian quality whose aesthetic consistency carpet manufacturers specifically require. Contact us to discuss retting water management.

IJSG Grade Documentation — International Trading Standard Compliance. Trained IJSG-standard graders confirming TD2 through TD5 grade assignments — whose systematic grading creates the commercial grade transparency enabling international spot and forward market trading whose standard documentation enables direct trade without physical inspection. Contact us to discuss grading documentation.

Multi-Commodity West African Industrial Fibre Sourcing. Jute fibre buyers frequently source complementary products. Alongside jute fibre, Paradise MultiTrade exports sisal fibre, kenaf fibre, coconut coir fibre, raffia fibre, raw cotton, natural rubber, palm fronds, bamboo shoots, ewedu (moringa) leaves dried, hibiscus flower, and shea butter. Explore our full range of Nigerian export commodities.

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Product Specifications

Export Documentation (all grades): Grade Certificate (IJSG TD standard — trained grader assessment of colour, lustre, length, cleanliness, strength), Fibre Length Certificate (mean bundle length — Grade minimum confirmed), Tensile Strength Certificate (Scott Tester — g/tex; or Instron UTM — MPa), Fineness Certificate (tex — fibre bundle linear density), Moisture Content Certificate (≤12/13/14% confirmed), Bark and Root Content Assessment, Colour Assessment (visual IJSG plus optional spectrophotometric L*a*b*), Retting Water Quality Certificate (where documented monitoring performed), Phytosanitary Certificate (NAQS — jute stem borer and jute mite free), Bale Weight Certificate (certified weigh bridge), Organic Certificate (where applicable), Certificate of Origin (IJSG grade and Nigerian ewedu-stem source documented), NEPC Export Licence, Commercial Invoice, Packing List, Bill of Lading.

Payment Terms: T/T, LC at sight. Loading Port: Lagos (Apapa / Tin Can Island Port). Incoterms: EXW, FOB Lagos, CNF, CIF.

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Processing and Export Process

Ewedu Farming Cooperative Engagement and Stem Procurement. Paradise MultiTrade’s procurement officers engage established ewedu farming cooperatives in Ogun (Abeokuta area — the most commercially developed ewedu production cluster in Nigeria), Lagos (Badagry and Ikorodu agricultural areas), Kogi (Lokoja and Kabba areas — where both Yoruba and Igbo ewedu cultivation traditions overlap), and Anambra (Onitsha hinterland vegetable production zones). Agreement with cooperative members: stems retained and dried after final leaf harvest (rather than composted); stems transported to retting site (within 5km of suitable water body); stems purchased by Paradise MultiTrade at agreed NGN per bundle price.

Stem Preparation. Fresh-cut jute stems sorted and graded by stem diameter (3–5mm diameter — optimal fibre content and retting uniformity; below 3mm — immature stems requiring extended retting creating over-retting risk; above 7mm — overmature thick stems creating incomplete retting in centre); bound in standard bundles (approximately 50–80 stems per bundle — facilitating uniform water immersion and periodic bundle rotation during retting).

Water Retting. Bundles submerged in slow-moving river sections (Cross River tributaries, Ogun River, Niger Delta waterways — whose bacterial populations create the natural retting ecosystem) using bamboo or wooden poles weighted to hold bundles fully submerged. Water temperature monitoring (target 27–32°C — optimal retting temperature). Retting period: 10–25 days depending on temperature and stem maturity. Daily pull test (fortnightly first 10 days; daily from day 10 to completion) — confirming retting progression toward complete fibre separation without over-retting.

Fibre Stripping and Washing. At retting completion confirmed: bundles removed from water; stems crushed by foot treading (traditional) or mechanical roller; fibre stripped from stem by holding base in water and pulling upward in one smooth motion (creating the long, continuous fibre bundle characteristic of properly retted jute); stripped fibre washed in clean river water (removing retting residues and loosely adhered parenchyma fragments); washing water quality assessment (clear water washing — contaminated dark retting water avoided in final wash to prevent fibre colour contamination).

Sun Drying. Washed fibre hung on bamboo or rope drying lines in direct tropical sun — 5–8 hours achieving moisture ≤13%; fibre turned at 2-hour intervals; fibre covered at night preventing moisture re-absorption from high nocturnal humidity. Moisture meter confirmation (gravimetric or capacitance meter) on representative bundles before grading.

Grading and Baling. Dried fibre assessed by trained IJSG graders (colour, lustre, cleanliness, length); sorted into TD2, TD3, TD4, TD5 grades; bundled at approximately 5kg per bundle; pressed in hydraulic bale press to 160–180kg standard bale; bound with jute or polypropylene rope; bale tag applied (lot, grade, weight, origin, date).

Quality Testing. Tensile strength (Scott Tester or Instron — 5 measurements per lot); fibre length (rule measurement 50-fibre random sample); moisture meter confirmation; bark content (mechanical cleaning test — bark residue weight as percentage); colour spectrophotometry (optional — buyer-specified). Testing: 5–7 days. Documentation: 7–10 days. Lead times: 28–42 days from stem procurement. Contact us to plan your supply schedule.

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Frequently Asked Questions

What makes Corchorus olitorius simultaneously the most consumed leafy vegetable in West Africa and the most commercially underdeveloped industrial fibre crop — and how does Paradise MultiTrade bridge this gap?

The dual-purpose paradox — the most commercially unusual origin story in any natural fibre article: (1) The vegetable side: Corchorus olitorius leaf (ewedu in Yoruba; ayoyo in Hausa; mulukhiyah in Arabic) is Nigeria’s and West Africa’s most widely consumed traditional leafy vegetable — consumed daily by tens of millions across the region in ewedu soup preparations. The leaf’s mucilaginous character (creating the characteristic “draw” texture of ewedu soup — the same mucilaginous consistency as okra), nutritional density (iron 3–4mg per 100g fresh, vitamin C 53mg per 100g, beta-carotene 840μg per 100g), and cultural significance create the most deeply embedded traditional food plant in Nigerian culture. (2) The fibre side: Every ewedu plant that matures to full stem development (90–120 days) contains 4–8% of its stem dry weight as commercial-quality jute bast fibre — the same fibre that Bangladesh has built a USD 2.5 billion annual export industry from using the identical species. Nigerian farmers who grow Corchorus olitorius for ewedu leaves currently allow mature stems to be composted or burned after the final leaf harvest — discarding the fibre whose extraction would create 30–50% additional income per growing cycle. (3) The commercial bridge: Paradise MultiTrade’s programme specifically creates the commercial infrastructure bridging this gap: retting training with ewedu cooperative members; quality assessment tool provision (pull test demonstrations, moisture meters); retting site establishment (negotiated access to riverbank retting areas); and agreed purchase price schedule creating the commercial incentive. The programme creates the most commercially organic natural fibre development programme in West Africa — not imposing a new crop but unlocking the overlooked value in an already-established cultivation system whose farmers gain income without additional planting, land, or labour investment. Contact us to discuss the ewedu cooperative integration programme.

What is jute batching oil and why is it the most important processing chemical in jute spinning and sacking manufacture?

Jute batching oil — the most commercially critical processing additive in the jute spinning value chain whose application creates the difference between spun and unspinnable jute fibre: (1) Why jute requires oil before spinning: Raw dried jute fibre — whose moisture content is reduced to ≤13% for storage and transport — has two properties creating spinning difficulty without conditioning: (a) excessive brittleness (low moisture content creating fibre breakage at the drafting stages of the spinning process — carding and drawing — whose fibre-to-fibre sliding action creates bending stress that dry, brittle jute fibres cannot withstand); and (b) static electricity build-up (dry jute fibre’s triboelectric tendency creating fibre-to-fibre repulsion that prevents cohesion during drafting — creating yarn with insufficient fibre contact for twist-generated strength). Jute batching oil conditions the fibre by: lubricating fibre-fibre contact surfaces (reducing sliding friction creating less abrasion and breakage during drafting); creating moisture absorption (the oil emulsion’s aqueous phase re-hydrating fibre to 15–18% moisture — creating the ideal pliability for drafting without excess moisture creating mould risk); and reducing static electricity (the oil’s dielectric properties preventing triboelectric charge build-up). (2) Mineral versus vegetable batching oil: Traditional jute batching oil: mineral oil (petroleum-derived — creating non-biodegradable oil in jute sacking and carpet backing whose presence creates limitations in biodegradable jute product certification). Modern sustainable alternative: vegetable oil emulsions (linseed, palm, or castor oil — creating fully biodegradable jute fibre processing whose residual oil in finished jute products does not compromise “natural/biodegradable” product certification). Organic-certified jute specifically requires vegetable-origin batching oil. (3) The commercial concentration: Standard jute batching oil application rate: 3–5% by weight of dry fibre — applied by emulsion spraying on fibre as it enters the softening process. Nigerian ewedu-derived jute fibre processed for export arrives as raw (un-oiled) fibre — spinning mills apply batching oil at their facility using their process-specific oil specification. Contact us to discuss raw versus pre-oiled fibre supply.

What is the specific role of jute in carpet backing and how does biodegradable jute backing create a premium market positioning for European carpet manufacturers?

Jute in carpet backing — the most technically specific commercial application creating premium market differentiation: (1) Tufted carpet construction: Standard tufted carpet consists of three layers: pile yarn (the visible fibre — wool, nylon, polyester, or polypropylene — tufted through the primary backing as needled loops); primary backing fabric (through which pile is tufted — providing the tuft anchor foundation); and secondary backing (laminated to the pile side — providing dimensional stability, anti-slip, and comfort). (2) Jute primary backing: Woven jute fabric (typically 10 × 10 or 12 × 12 threads per cm — created from 500–600 tex jute yarn) provides: uniform needle penetration resistance (preventing backing tearing during the 800–1,200 tufting needles per metre width creating 600–900 punctures per minute); specific dimensional stability whose warp and weft tension balance prevents carpet distortion during tufting; and latex adhesion compatibility (the jute surface’s chemical affinity for acrylic latex adhesive bonding primary to secondary backing creates stronger tuft retention than synthetic primary backing alternatives). (3) Jute secondary backing (hessian): Woven jute hessian (100–200 g/m² basis weight) laminated to the carpet’s back surface using acrylic latex — creating dimensional stability for installation and the “warm” tactile floor contact character that natural fibre backing provides. (4) The biodegradability premium: At end-of-carpet-life (typically 10–15 years), jute-backed carpet can be composted (jute and natural pile yarns creating compostable material) or mechanically recycled without the synthetic backing separation step that polypropylene-backed carpet requires (where backing and pile must be mechanically separated creating recycling cost and quality loss). EU Waste Framework Directive and Extended Producer Responsibility schemes for construction materials create the regulatory context whose compliance cost advantage from biodegradable carpet creates the 15–25% price premium documented for natural jute-backed carpet in European Green Building specification. Contact us to discuss carpet backing grade specification.

What is water retting and how does retting water quality affect final jute fibre colour and grade?

Water retting — the most critically quality-determining step in all jute processing whose understanding creates the commercial foundation for Nigerian jute programme quality management: (1) The retting biology in detail: Jute stem submersion creates the anaerobic aquatic environment whose microbial succession — typically Bacillus polymyxa in the first 5–7 days (producing pectinase enzymes beginning middle lamella degradation) followed by Clostridium felsineum and Clostridium acetobutylicum (whose pectic and hemicellulose-degrading enzyme systems complete fibre bundle liberation) — creates progressive separation of the bast fibre bundles from the surrounding parenchyma tissue over 10–25 days. (2) Water quality and fibre colour: The most commercially impactful variable in Nigerian retting conditions: the organic load of retting water (accumulated from previous retting operations and from upstream agricultural and domestic waste inputs) creates the most significant risk to fibre colour quality. Dark, heavily contaminated retting water (high dissolved organic carbon, low dissolved oxygen) creates: brown to dark-brown discolouration of fibre surface (organic compounds from retting water absorbed onto fibre surface); malodour whose penetration into fibre creates processing rejection at some spinning mills; and surface microbial contamination creating mould risk in transit. (3) Clean retting management: Flowing river water whose continuous freshwater influx dilutes retting water organics creates the most reliably colour-pure fibre — the river-retted jute from less-polluted Nigerian waterways creating superior colour compared to the pond-retted or heavily-used river-retted Bangladesh production whose water quality deterioration is well-documented. (4) The Ogun and Cross River advantage: Nigeria’s Ogun River tributaries (Abeokuta area) and Cross River system whose lower organic pollution load versus Bangladesh’s heavily-used Ganges-Brahmaputra-Meghna river systems create the most favourable retting water quality in West Africa — whose exploitation through specifically identifying and using clean tributary water bodies creates the colour quality advantage whose commercial value enables premium grade achievement versus comparable Bangladesh production in the same season. Contact us to discuss retting water quality management programme.

What nutritional significance does Corchorus olitorius leaf (ewedu) have and how does the leaf-stem dual value chain create community impact?

The ewedu leaf nutritional significance creating the food security and community impact context for Paradise MultiTrade’s dual-value programme: (1) Ewedu (Corchorus olitorius leaf) nutritional profile: Per 100g fresh leaf: Iron 3.4–4.0mg (EU RDA 14mg — 24–29% per 100g fresh serving — “source of iron” qualifying); Vitamin C 53mg (EU RDA 80mg — 66% per 100g serving — qualifies for “excellent source of vitamin C”); Beta-carotene (provitamin A) 840μg (creating 140μg RAE — the most important fat-soluble vitamin for child development in populations with limited animal source food access); Calcium 246mg (EU RDA 800mg — 31% per 100g serving — qualifies for “high in calcium” claim); Protein 4.5g per 100g fresh — for a leafy vegetable, among the highest protein contents documented in Journal of Food Composition and Analysis. (2) Cultural and food security significance: Ewedu’s role as the primary iron and calcium source for low-income Nigerian households (whose animal protein consumption is limited by cost) creates public health significance documented through UNICEF Nigeria nutrition surveys — whose iron deficiency anaemia prevalence in Nigerian women of reproductive age (approximately 25%) is specifically moderated in communities with high ewedu consumption frequency. (3) Community impact of dual-value programme: The ewedu-to-jute fibre integration creates the most equitable agricultural income addition model in any Category 13 programme: existing ewedu farmers (predominantly women in Yoruba agricultural communities) receive additional income from stem sales without additional labour or land investment; retting operations create new employment for community members (typically men performing the heavy labour of stem bundling, submersion, and stripping); and fibre processing creates a small community enterprise employment opportunity at baling and quality-sorting stages. The combined income multiplication creates documented rural income enhancement whose measurable impact creates the social sustainability evidence that European and North American corporate procurement’s responsible sourcing requirements specifically value. Contact us to discuss community impact documentation for responsible sourcing reporting.

What is the mulukhiyah/molokhia market and how does Corchorus olitorius‘s role in Middle Eastern and North African cuisine create additional commercial context for Nigerian jute?

The mulukhiyah connection — creating the most unexpected international food culture link for any natural fibre crop: (1) What mulukhiyah is: Mulukhiyah (Arabic: ملوخية — the name deriving from the Arabic word for “royal” reflecting the plant’s historical prestige in Arab courts) is the prepared leaf of Corchorus olitorius — whose mucilaginous, deeply flavoured green soup preparation is documented as one of the oldest continuously prepared foods in the Arab world. In Egypt, Lebanon, Jordan, Tunisia, and the wider Arab diaspora globally, mulukhiyah soup is the cultural equivalent of Nigeria’s ewedu — a daily or weekly traditional preparation whose emotional and cultural significance parallels the most beloved comfort foods of any culture. (2) The global Arab diaspora market: The Arab diaspora (an estimated 20–25 million people in Europe, North America, and Australia whose traditional food culture creates demand for mulukhiyah — both the dried leaf form for diaspora retail and the fresh leaf form from specialty grocery) creates a parallel diaspora commercial opportunity for Corchorus olitorius leaf whose commercial development parallels the ewedu dried leaf market documented in Category 4. The specific commercial opportunity: dried Corchorus olitorius leaf from Nigeria (exported as dried mulukhiyah) creates simultaneous access to both the West African ewedu diaspora market AND the Arab mulukhiyah diaspora market — the same dried product serving two distinct consumer communities whose combined global presence creates a substantially larger total market than either community alone. (3) The connection to jute fibre: The same dual-purpose value chain whose fibre comes from stems serves a leaf export programme whose dried mulukhiyah creates food export income alongside jute fibre income — creating the triple-use crop (fresh leaf for local food; dried leaf for export; stem fibre for industrial export) whose combined income from a single agricultural planting is the most commercially efficient use of any crop in the entire Paradise MultiTrade portfolio. Contact us to discuss dried ewedu/mulukhiyah leaf export programme alongside jute fibre.

What transit times and packaging management apply to raw jute fibre export from Nigeria?

Nigerian jute fibre transit and logistics — whose specific characteristics parallel sisal (Article 126) with specific moisture management differences: UK (Tilbury, Felixstowe) — 14–18 days. Netherlands (Rotterdam — primary European jute commodity hub) — 14–18 days. Belgium (Antwerp — Balta Group carpet procurement) — 14–18 days. Germany (Hamburg) — 14–20 days. India (Calcutta/Kolkata — primary global jute processing hub) — 22–28 days. Bangladesh (Chittagong — premium grade import market) — 22–28 days. Pakistan (Karachi) — 16–22 days. USA (East Coast) — 18–25 days. China (Shanghai) — 25–32 days. Moisture management — the critical packaging requirement for jute: Jute’s higher moisture absorption than sisal (16–20% equilibrium moisture content at 75% RH versus sisal’s 12–15%) creates greater transit moisture risk — compressed jute bales whose moisture equilibrates with high-humidity container conditions (particularly during tropical routing) can rise from 13% to 17–19% moisture creating mould growth whose fibre discolouration reduces grade and creates rejection risk at destination. Container desiccant sachets (500g calcium chloride per cubic metre of container space — higher than sisal’s 250g specification reflecting jute’s greater moisture susceptibility); and moisture barrier liner (polyethylene film lining container interior walls and floor — creating vapour barrier between container steel and jute bales) create the combined moisture protection whose standard application in Bangladesh jute export is the most commercially important packaging practice for Nigerian jute to replicate. Container loading: Standard jute bale (160–180kg) at compressed density approximately 175–200 kg/m³ — 20ft container loads 15–18 MT of raw jute fibre. Mould prevention: Jute fibre at >14% moisture in warm container conditions creates visible mould within 14–21 days — whose detection at destination creates grade rejection and commercial claim. Moisture certification (≤13%) plus desiccant programme creates the practical mould prevention whose documentation importance cannot be overstated. Phytosanitary clearance: NAQS inspection confirming jute stem borer and jute mite freedom — 3–5 days processing time. Lead times: Retting scheduling to export: 42–70 days (retting 10–25 days + drying 5–8 days + grading 3–5 days + documentation 10–14 days). Contact us to plan your logistics programme.

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Ready to Source Nigerian Jute Fibre — Raw Tossa Jute Grades TD2 Through TD4, Jute Yarn, Hessian/Burlap Fabric, Jute Sacking, Jute Geotextile Mat, and Jute Nonwoven — From the World’s Most Commercially Unusual Dual-Purpose Crop Whose Ewedu Leaf Feeds West African Families and Whose Stem Creates Industrial Fibre — With IJSG Grade Certificate, Fibre Length Confirmation, Tensile Strength Scott Tester Certificate, Moisture ≤13%, Retting Water Quality Documentation, Phytosanitary Certificate (NAQS — Jute Stem Borer Free), Colour Assessment, Organic Certification Available, Community Sourcing Impact Documentation, and Full Export Package for Sack Manufacturers, Carpet Backing Producers, Geotextile Companies, Paper and Pulp Mills, and Global Natural Fibre Trading Houses?

If you are a sacking and packaging manufacturer in Europe, Asia, or the Americas developing biodegradable commodity sacks for coffee, cocoa, rice, cement, or agricultural products — whose jute gunny bag procurement requires TD3 or TD4 grade raw jute fibre with IJSG grade certification, tensile strength ≥20 g/tex (Scott Tester), moisture ≤14%, phytosanitary certification (jute stem borer free), and the year-round supply availability from Nigerian two-to-three crop annual cycles that Bangladesh’s single-season harvest cannot provide — creating supply chain diversification value whose Nigerian Atlantic logistics creates freight-competitive access to European packaging manufacturers, a carpet and carpet backing manufacturer in Belgium, Germany, Italy, or the USA whose natural jute-backed product range communicates biodegradability and sustainable material certification to premium residential and commercial carpet customers — requiring TD3 or TD2 premium grade jute fibre (colour golden-brown to golden-yellow, bark ≤3%, lustre good, tensile ≥24 g/tex) and finished hessian/burlap backing fabric in the weight specifications (100–200 g/m²) enabling primary and secondary carpet backing applications whose biodegradable character creates EU Green Building specification credits and premium retail price positioning, a geotextile manufacturer, civil engineering supply company, or highway construction materials supplier developing biodegradable erosion control solutions for slope stabilisation, river bank protection, and revegetation projects — whose jute geotextile mat specification (200–400 g/m² woven jute, tensile per ISO 10319) creates the 6–12 month temporary stabilisation service whose biodegradation timeline specifically serves short-duration revegetation support without synthetic geotextile disposal liability, a global natural fibre trading house, commodity merchant, or agricultural import specialist building Nigerian jute supply positions for European, Asian, and American spinner and weaver customers whose supply diversification from Bangladesh-dominant 62% global market concentration creates portfolio risk management — whose first-mover supply relationship with Paradise MultiTrade’s ewedu cooperative programme creates the commercial infrastructure before competitive Nigerian jute development normalises market access, or a corporate procurement team at a European food brand, coffee roaster, cocoa processor, or rice company whose commodity sacking programme specifically seeks “Nigerian-grown natural jute sacks for Nigerian-grown cocoa/coffee/rice” as the most commercially authentic single-origin value chain story — the cocoa grown in Ondo State, sacked in jute grown in Ogun State, shipped through Lagos in fibre from the same plant whose leaves feed the farming families who grow both commodities — Paradise MultiTrade International Limited is the licensed Nigerian jute fibre exporter your natural fibre supply programme needs.

Request a Quotation — share your required grade (TD2 premium, TD3 standard, TD4 commercial, tow, or processed hessian/burlap/geotextile), fibre length minimum, tensile strength requirement (g/tex or MPa), moisture maximum (≤12% or ≤13/14%), colour specification (IJSG colour grade or L*a*b* targets), retting method documentation requirement (river-retted quality certification), phytosanitary documentation requirement, organic certification need, batching oil preference (un-oiled raw export or vegetable/mineral oil pre-oiled), processing requirement (raw fibre, yarn, woven fabric, geotextile mat), bale weight preference (160–180kg standard), container loading (20ft or 40ft), volume (MT per shipment and annually), community sourcing documentation level (for responsible sourcing report), destination port, and preferred incoterms. We respond within 48 hours.

Contact Our Export Team — speak directly about ewedu cooperative integration programme (farming cooperative identification, retting training, stem purchase price schedule); retting water quality management in Nigerian river systems (Ogun, Cross River tributaries — organic load monitoring and documentation); pull test methodology for retting endpoint assessment; fibre stripping technique and washing protocol for colour-pure fibre; IJSG grading standard application to Corchorus olitorius tossa fibre; year-round supply scheduling from 90–120 day Nigerian growing cycles (2–3 crops per year advantage); jute batching oil specification for buyer processing (mineral versus vegetable oil); mulukhiyah dried leaf co-export programme (dried ewedu leaf for Arab diaspora market alongside jute fibre); hessian/burlap fabric specification for carpet backing (weave density, weight, tensile); geotextile mat specification (basis weight, tensile per ISO 10319, biodegradation timeline documentation); moisture management in baling and containerisation (desiccant specification, PE container liner); and long-term supply programme structuring.

Explore Our Full Product Range — alongside jute fibre, Paradise MultiTrade exports sisal fibre, kenaf fibre, coconut coir fibre, raffia fibre, raw cotton, natural rubber, ewedu leaves (dried), hibiscus flower, moringa leaf powder, shea butter, and palm oil.

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Paradise MultiTrade International Limited | NEPC Export Licence No. 0042385 | CAC No. RC-9284647 | Lagos, Nigeria | www.paradisemultitrade.com