Recycled Polyester Staple Fibre (RPSF) is an eco-friendly fibre produced from recycled polyester (PET) materials, primarily sourced from post-consumer waste like plastic bottles or industrial PET waste. It has high tensile strength in addition to being sustainability.
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
Explore our comprehensive range of specialized products within this category, each designed for specific applications and requirements.
Our Recycled Polyester Staple Fibre offers a sustainable, high-performance textile solution crafted from post-consumer PET bottles. By using recycled materials, the process conserves natural resources and reduces landfill waste. When used in spun yarn production, recycled polyester staple fibre offers a combination of high performance and environmental benefits, making it an attractive option for manufacturers and consumers alike. Spun yarns made from rPSF are ideal for applications such as fashion & apparel, sportswear, home textiles, and industrial fabrics. With its eco-friendly production process, durability, and versatility, rPSF, as a eco-friendly polyester fibre, is playing a key role in the transition toward a more sustainable textile industry.
These fibres can also be provided with properties like high elongation, hydrophilic, low hot air shrinkage.
Request durable rPSF samples designed for fashion, sportswear, home textiles, and industrial fabric yarn manufacturing.
Recycled Polyester Staple Fibre (RPSF) is an eco-friendly, sustainable material made by repurposing post-consumer PET bottles. After being cleaned and processed, this recycled material is spun into short fibres, which are then used to create nonwoven fabrics. Recycled nonwoven polyester fibre is widely utilised in industries like automotive, hygiene products, medical textiles, filtration materials, and geotextiles due to its high performance, durability, and cost-efficiency.
RPSF can be tailored to meet the specific needs of different industries. The fibers can be customised in terms of length, crimp, and denier, allowing manufacturers to produce sustainable nonwoven materials with varying densities, textures, and properties. As a non-woven fibre manufacturer, we can make these recycled polyester staple fibres with Fire Retardant (FR) properties also, thereby supplying flame-retardant non-woven fibre.
Request high-performance RPSF samples for hygiene products, medical textiles, filtration, and automotive nonwovens.
The most significant advantage of recycled polyester fibre (rPSF) is its sustainability. By using recycled polyester staple fibre for interlining, the interlining industry can significantly reduce its dependence on virgin petroleum-based resources. RPSF can be produced in various deniers, lengths, and finishes, making it suitable for different types of interlining industries. Whether used for collars, cuffs, or waistbands, RPSF interlining maintains a garment's shape over time, ensuring it looks crisp and professional.
This recycled polyester staple fibre is made specifically for interlining industry. Specially produced in crunchy and double crunchy properties for soft and harsh feel as per the requirement.
Request RPSF samples for collars, cuffs, waistbands, and tailored interlining fabrics with durability and crisp finishing.
Our premium brilliant white PSF 3001 is a bright white polyester staple fiber engineered from 100% post-consumer PET bottles. It combines optical purity, dye versatility, and spinning performance to serve both sustainability and aesthetic excellence. Produced in facilities powered by over 85% renewable energy, the 3001 is designed to meet the demands of traceable, circular textile supply chains.
Made from 100% post-consumer PET bottles
Manufactured with over 85% renewable energy
Best-in-class whiteness and optical clarity
Excellent dye pickup from pale pastels to deep shades
Engineered for high reproducibility and consistent performance
Certified for global supply chains: GRS, OEKO-TEX® Standard 100, ZDHC
Recycled polymer route – bottle-to-fiber system
Available in 1.2D and 1.4D variants
Cut length – customisable as per buyer's requirement
Delivered in bright white finish ideal for light or dark dyeing
The extra white polyester staple 3001 is tuned to perform across multiple spinning technologies and end-use applications. It can be tailored for: Ring Frame, Vortex (MVS), Open-End, Air-Jet. Whether you're producing fine knits or durable woven textiles, our bright white polyester staple fiber adapts without compromising quality or processing speed.
The high-whiteness PSF, 3001, is produced using a precision melt spinning process with quality-controlled post-consumer PET. The process ensures consistent whiteness, high dye affinity, and excellent fiber strength. The fiber’s versatility allows it to be tuned to suit diverse end-use requirements.
The virgin-like white recycled fiber, 3001, exemplifies environmental accountability without compromising technical reliability. By using discarded PET bottles as raw material and relying on renewable energy for production, it supports a cleaner textile supply chain. All raw materials and processing routes are certified under global standards for environmental compliance.
Knitting & Weaving Yarns - for casualwear, uniforms, and fashionwear
Apparel - base layers, t-shirts, polos, institutional wear
Home Textiles - sheets, curtains, soft furnishings
Institutional Textiles - healthcare, hospitality, corporate wear
Brands With Sustainability Goals - traceable and circular solutions
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
Request ultra-white polyester staple 3001 samples, specifications, or volume quotes by contacting the JB Ecotex technical sales team.
Our solution‑dyed black rPET fiber, Black 6001, is a premium dope-dyed black polyester staple fiber made from 100% post-consumer recycled PET bottles. Engineered to match the performance of virgin polyester, it delivers deep, uniform black shades, excellent fastness, and batch-to-batch colour consistency, without the need for post-dyeing. Designed for high-speed production and sustainable performance, it is ideal for brands seeking both aesthetic excellence and environmental compliance.
100% recycled PET bottle origin
Dope-dyed: pigment added at melt stage (no post-dyeing needed)
Excellent light and rubbing fastness
Zero water use and no chemical discharge during dyeing
Dust-free, machine-safe processing
Certified: GRS-compliant and traceable supply chain
Recycled polymer route – bottle-grade rPET flakes
Dope-dyed black – deep, rich tone with high colour stability
Uniform melt-stage colouration – avoids crocking, bleeding, or staining
Recycled black PSF Black 6001 is engineered for superior thermal and rheological stability, allowing seamless processing across spinning systems, including: Vortex (MVS), Ring Frame, MTS and conventional setups, Blends and fine yarn lines. With high consistency and no dust or fiber shedding, it ensures clean equipment and reliable throughput.
Dope-dyed fiber manufacturing introduces colour pigments directly during the melt phase, embedding them uniformly into the polymer. This eliminates the need for post-dyeing, reduces water and energy usage, and ensures deep, fade-resistant colour with excellent processing safety, delivering virgin‑like black rPET fiber.
Dope‑dyed black recycled polyester fiber Black 6001 is made using high-purity rPET flakes and advanced melt-filtration systems that offer virgin-like quality. The dope-dyed method eliminates water and chemical discharge, making it a strong choice for brands aiming to reduce their dyehouse footprint while ensuring deep, rich colour.
Apparel - activewear, uniforms, formalwear
Automotive - seat covers, headliners, trim fabrics
Home Textiles - curtains, upholstery
Technical Textiles - nonwovens, geotextiles, filtration layers
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
Request samples, specifications, or volume pricing for our deep black recycled polyester staple fibre Black 6001 by contacting the JB Ecotex technical sales team.
Our Black 6002 is a premium dope-dyed black fiber crafted from 100% post-consumer recycled PET bottles, uniquely engineered for low BPA content (< 1.0 ppm). With deep, uniform shade and excellent fastness, it is developed for sensitive skin-contact applications and brands that prioritise consumer safety, sustainability, and compliance. This fiber meets global benchmarks such as OEKO-TEX® for material safety.
Dope-dyed black fiber from 100% recycled PET
BPA content < 1.0 ppm – among the lowest in the industry
Safe for high skin-contact applications
Strong fastness and thermal stability
Compliant with OEKO-TEX® safety standards
Fully traceable and GRS certified
Recycled bottle-grade rPET route
Dope-dyed at polymer melt stage. No post-dyeing required
Available in deep black tone with stable performance
BPA test reports available for each batch
The Low-BPA Black 6002 is a dope-dyed black RPSF engineered for safe and stable performance across common spinning systems. The embedded colour ensures zero dye crocking or machine staining. It runs efficiently on: Ring Frame, Vortex (MVS), Open-End and Air-Jet, High-speed and fine-count applications.
This dope-dyed black recycled staple fiber uses advanced melt-stage dope-dyeing with low BPA filtration, reducing chemical risk during both processing and usage. With no post-dyeing required, the fiber ensures colour integrity and clean machinery, all while aligning with modern material safety demands.
BPA (Bisphenol A) is commonly found in recycled PET and has raised concern globally for its potential health effects. Our rPET fibre Black 6002 is engineered to contain less than 1.0 ppm BPA, aligning with leading health and textile regulations. This makes it especially suited for skin-sensitive applications while offering the eco-benefits of recycled polyester.
Apparel - activewear, uniforms, formalwear
Automotive - seat covers, headliners, trim fabrics
Home Textiles - curtains, upholstery
Technical Textiles - nonwovens, geotextiles, filtration layers
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
Contact the JB Ecotex technical sales team to request samples, compliance reports, or commercial quotations for low- BPA Black 6002. We are a reputed RPSF supplier in India.
BlackLoop is a dope-dyed black polyester fiber made from 100% pre-consumer textile waste through advanced chemical recycling. Designed for performance, consistency, and traceability, it delivers rich colour, superior fastness, and a significantly reduced environmental footprint. The fiber is ideal for brands seeking to close the loop—without compromising on quality or compliance.
Feedstock: 100% pre-consumer textile waste
Technology: Advanced chemical recycling with in-house patented process
Dope-dyed black colour with no post-dyeing required
Superior colour fastness and batch consistency
Certified: Zero Liquid Discharge (ZLD), ISO 9001:2015, ISO 14001:2015
>85% renewable energy-powered manufacturing
Textile-to-textile (T2T) chemical recycling route
Processed through depolymerization and re-polymerisation to deliver virgin-equivalent performance
Colour: Rich, deep black; pigment added during melt phase
Custom deniers and cut lengths available on request
BlackLoop T2T fibre is engineered for stable performance across spinning systems and is compatible with: Ring Frame, Vortex (MVS), Open-End and Air-Jet, High-speed blending and fine-count yarns. With no need for downstream dyeing, it saves both water and processing time.
BlackLoop, our T2T RPSF, is made via an advanced textile-to-textile chemical recycling process. Waste fabrics are depolymerised to the monomer level, purified, polymerised, and converted into high-quality rPET resin. Dope dyeing at the melt stage ensures colour depth and stability without dyehouse pollution.
This fiber is part of a zero-liquid-discharge production system and is manufactured using over 85% renewable energy. It eliminates the need for traditional dyeing, reducing water usage, chemical loads, and emissions. The result is a scalable circular fibre with low environmental impact and high product value.
Apparel - uniforms, activewear, outerwear
Home Textiles - upholstery, curtains, bedsheets
Automotive - seat covers, headliners, linings
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
Request test samples, compliance documents, or volume quotes by contacting the JB Ecotex team.
Biyo is a biodegradable polyester fibre embedded with CiCLO® technology, manufactured using post-consumer waste PET bottles at JB Ecotex Surat, India. It is designed to reduce plastic pollution caused by microfibers released from synthetic garments. It mimics natural biodegradation by enabling microbes to break down the microfiber under specific environmental conditions like seawater, soil, landfill, and wastewater settings.It helps brands cut synthetic microplastic-led pollution in these conditions.
Permanent CiCLO® additives trigger biodegradation in diverse environments
Maintains the performance of conventional polyester throughout garment life
Compatible with recycled and virgin PET routes
Supports sustainable yarn programs seeking measurable environmental impact
Recycled PET route (100 percent post-consumer, GRS-certified)
Virgin PET route
Blends with cotton, viscose, modal, and synthetic fibers, enabling hybrid fabrics that balance biodegradability with stretch or moisture management.
CiCLO® additives are embedded during melt spinning, creating pathways that let naturally occurring microbes digest the polymer under suitable conditions. The process does not alter dye behaviour or mechanical properties.
Biyo helps curb microfiber pollution by breaking down shed fibres that reach marine or soil ecosystems, supporting extended producer responsibility goals.
Knit T-shirts & Athleisure
Sportswear & Leggings
Intimates & Base Layers
Uniforms & Institutional Wear
Bed Linens & Light Home Textiles
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
Contact JB Ecotex to schedule a technical call, request biodegradable polyester fibre samples.
JB Ecotex’s EF-R is an inherent flame-retardant staple fibre spun entirely from post-consumer PET bottles. A phosphorus-based additive is locked into the polymer during melt spinning, so the fibre remains permanently self-extinguishing without the need for extra coatings or finishes. Supplied from Surat, India, EF-R provides reliable flame resistance, high strength, and a lower environmental footprint for mills that need recycled FR polyester.
Phosphorus content – 6,800 ± 200 ppm for lasting fire performance
Limiting Oxygen Index > 35 percent, self-extinguishing in open air
Tenacity 5.8 ± 0.4 GPD, durable in heavy-duty applications
Dyeing guideline – 130 °C for 30–45 minutes (grey-white)
Certifications: GRS, OEKO-TEX® Class I, ISO-audited production
Recycled polymer route – 100 percent post-consumer PET bottles
Grey-white FR fiber – natural tone for conventional dyeing
Dope-dyed black FR fiber – deep shade infused at polymer stage, eliminates post-dyeing
EF-R runs on standard polyester staple fiber lines. When blending or finishing, avoid oils, waxes, silicone, paraffin, or combustible binders that can mask inherent FR performance. Always pre-test before and after applying any chemical finish to confirm LOI, vertical burn after treatment.
The phosphorus additive is infused directly into molten polyester, creating a uniform inherent FR matrix. Because the chemistry is intrinsic, EF-R maintains flame-retardant performance through washing, abrasion, and re-processing, unlike surface-coated alternatives.
EF-R uses waste PET bottles, enabling the making of high-value flame-safe textiles, cutting carbon, water, and energy demand versus virgin FR polyester and keeping plastic out of landfills and oceans.
Home Textiles - curtains, upholstery, mattress covers, recycled FR wadding
Transport Interiors - automotive seat padding, roof liners, aircraft curtains
Technical Nonwovens - acoustic insulation, FR filtration, protective linings
Public Interiors - office partitions, theatre seating, wall panels, sound boards
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
Request EF-R samples, full data sheets, or volume quotes by contacting the JB Ecotex technical sales team.
Ketonik is a modified recycled polyester staple fiber engineered for cationic dye compatibility. Designed for vibrant, brilliant colour development, it supports faster, lower-temperature dyeing and enhanced design flexibility. With its dual-dyeing advantage and compatibility with multiple blends, Ketonik is ideal for mills seeking performance, efficiency, and creative control, all with a lower environmental load.
Cationic dyeable rPET fiber with modified polymer structure
Bright, brilliant shades with soft touch
Dyeing at lower temperatures – energy and steam savings
Available in multiple deniers and cut lengths (customizable)
Supports striped, mélange, and dual-tone effects
Compatible with cotton, viscose, acrylic, and standard polyester blends
Modified recycled PET polymer – cationic dye affinity built-in
Supplied in natural tone for piece dyeing
Multiple deniers and cut lengths available on request
Designed for apparel, home textiles, and pile applications
JB Ecotex’s Ketonik, which is a cationic dyeable recycled polyester fiber, runs on conventional polyester staple fibre spinning lines and dyeing equipment. It offers clear productivity and cost advantages due to: Lower dyeing temperature, Shorter dye cycles, Reduced chemical load in dye baths, No need for pre-dyed yarns in striped or tone-separated designs.
Our cationic dyeable recycled polyester fiber, Ketonik, features anionic sites built into the polymer backbone, making it inherently receptive to cationic dyes. This allows for brilliant colour development at lower dyeing temperatures. In dual-fiber fabric constructions, it enables tonal contrasts and striped effects without yarn-level pre-dyeing.
Ketonik helps reduce energy usage, dye cycle time, and auxiliary chemical demand. It supports mills in lowering operating costs while achieving high colour brilliance and textile flexibility, ideal for fast-turn fashion, furnishings, and speciality textile production.
Apparel - suiting, shirting, casualwear, dresses
Home Textiles - upholstery, curtains, sofa covers
Design Fabrics - mélange, safari effects, colour-blocks
Pile Textiles - faux fur, toy skins, chenille yarns
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
Contact the JB Ecotex team to request samples, specifications, or volume quotes for Ketonik.
Our KotLyke is crafted from 100 percent post-consumer PET bottles, giving textile buyers a GRS-certified polyester fiber that looks and feels like cotton. Produced in Surat, Gujarat, it supports local and international brands aiming for sustainable yarn inputs with consistent supply chain transparency.
Matte, dull finish for cotton-like aesthetics
Deep lustre that mirrors natural cotton sheen
Soft, comfortable hand feel with smooth surface
Excellent drape and flow for woven and knitted fabric constructions
Recycled polymer route from post-consumer PET bottles
Virgin raw-material route for specialised applications
Blends seamlessly with cotton, viscose, modal, and spandex to produce cotton-like polyester yarn for fashion, home, and performance markets.
Through polymer modification, engineered cross-section design, and the use of functional additives during melt processing, JB Ecotex’s KotLyke has been tailored to deliver a cotton-like appearance and soft hand feel. These fibres combine the visual and tactile appeal of cotton with the durability, colourfastness, and easy-care performance of polyester, making them ideal for sustainable fashion and functional textiles.
Each metric tonne of KotLyke fibre diverts thousands of post-consumer PET bottles from landfills, contributing to reduced plastic waste. Compared to conventional cotton, it significantly lowers water consumption and integrates seamlessly into circular textile systems. Additionally, KotLyke supports low-impact dyeing processes, making it a preferred choice for sustainable fabric development.
Woven Shirts & Casual Tops
Workwear & Uniforms
Knit T-shirts & Loungewear
Denim Blends
Bedsheets, Curtains, Cushions
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
To request technical data sheets or order product samples of KotLyke manufactured from the rPET route, please contact JB Ecotex Pvt. Ltd. We are your trusted partner in recycled polyester innovation and sustainable textile solutions.
Ocean bound plastic certified fibre, AquaLoop, is a sustainable polyester staple fiber derived from Ocean Bound Plastic (OBP), PET bottles collected within 50 km of coastal zones vulnerable to marine leakage. By transforming marine-risk waste into high-performance textile fiber, OBP recycled polyester fiber, AquaLoop supports both product performance and environmental preservation. Verified under strict global standards, it ensures full traceability from coast to cloth.
Made from Ocean Bound Plastic (OBP) PET bottles
Prevents marine plastic leakage by targeting at-risk zones
Supports UN SDG 14 – Life Below Water
Full traceability from collection to fiber extrusion
Available in white and dope-dyed black variants
Certified: GRS, OBP Protocols, OEKO-TEX®, ZDHC
OBP collection route
AquaLoop White
AquaLoop Black – deep dope-dyed black with zero water dyeing
Designed for environmental impact and aesthetic performance
AquaLoop recycled fiber is compatible with a wide range of spinning technologies and dyeing processes. They are engineered to ensure uniformity, strength, and consistent finish across applications, making them suitable for: Ring Frame, Open-End, Vortex (MVS), Air-Jet.
Ocean-bound plastic recycled fiber uses independently verified OBP collection routes, ensuring ethical sourcing and coastal zone recovery. The fiber undergoes extrusion and precision spinning at JB Ecotex’s advanced facility, maintaining full transparency and quality standards throughout.
Our GRS-certified recycled fiber, AquaLoop, offers dual impact: it prevents ocean-bound plastic leakage and reduces dependence on virgin polyester. The dope-dyed black variant further minimises water usage during processing. Each fiber contributes to UN Sustainable Development Goals and provides a tangible route to circularity.
Apparel - t-shirts, polos, activewear, uniforms
Home Textiles - bedsheets, upholstery, curtains
Fashion Yarns - lightweight knits, woven garments
Institutional Wear - hospitality, healthcare, workwear
Brands Targeting Marine Conservation And Closed-Loop Textile Systems
Global Recycled Standard
OEKO-TEX Standard 100
ISO 14001
NFPA
European Norms
Request our ocean clean-up textile, AquaLoop, samples, specifications, or bulk quotes by contacting the JB Ecotex technical sales team.
Our super high tenacity recycled polyester staple fiber is engineered for high-strength applications like geo-textiles, automotive, and technical fabrics. It offers exceptional tensile performance with reliable denier and cut-length control.
This micro-denier siliconised RPSF offers premium softness and bounce, ideal for pillows, duvets, and nonwoven hygiene. Designed to replace virgin microfiber in cost-sensitive yet comfort-focused applications
Built for dimensional stability, our low hot air shrinkage RPSF minimizes shrinkage under thermal load. Suitable for automotive insulation, nonwovens, and performance interlinings needing consistent structure.
Our recycled polyester staple fiber can be manufactured with Bisphenol A (BPA) content below 0.01 ppm, suitable for sensitive applications such as baby products, hygiene, and wellness textiles. In fact, several of our existing RPSF grades already meet this benchmark
As certified OBP recyclers, we recover ocean-bound PET waste to create high-quality RPSF used in apparel, home textiles, and sustainable packaging. Many of our fiber variants already include verified OBP content and traceable collection models that align with global environmental goals
Innovation never stops at JB Ecotex. Watch this space for greener rPET solutions designed for tomorrow
Get in touch with our experts for detailed specifications, pricing, and custom solutions.
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