Acrylic Fiber is a synthetic fiber that closely resembles wool in its character. Acrylic fiber is composed of acrylonitrile and a
comonomer. The comonomer is added to improve dyeability and the textile processability of the acrylic fiber. Easy to wash and
good dimensional stability. Resistance to damage by moths and chemical substances. Excellent color-fastness and dyeability
In brilliant colors. Highly resistant to sunlight. Lightweight, soft, and warm, with a wool-like touch

End Uses:

Apparel: Sweaters, Hosiery, fleece wear, circular knit apparel, sportswear and childrens wear.
Household Textiles: Carpet, blankets, area rugs, upholstery, pile fabrics
Outdoor end uses: Car tops, boat covers, awnings, outdoor furniture
Industrial end uses: Filtration materials, reinforcement materials in construction, car batteries

As a regenerated cellulose fiber bamboo fiber is 100% made from bamboo through a high-tech process.
Bamboo fiber is a unique biodegradable textile material. Bamboo fiber has particular and natural functions of anti -bacteria,
Bacteriostatic and deodorization. Bamboo fiber apparel can absorb and evaporate human sweat quickly.
Apparel made from bamboo fiber is crowned as Air Conditioning Dress. Good water absorbance.

End Uses: Apparels like sweaters, bath-suits, mats, blankets, towels; non-woven fabric like sanitary napkin,
masks, mattress, food-packing bags; sanitary materials like bandages, masks, surgical clothes,
Nurses wears , bathroom series like towels and bath robestowels and bath robes. Curtains,wallpapers, furnishing fabrics.

Belltron® anti-static conductive fibers are available in more than 20 combination of colors, polymers, etc offering a wide range of choices in accordance with intended uses and purposes. Static control is offered by blending small amounts of Belltron®into the primary fiber of choice. Belltron® also offers superior abrasion resistance due to the impregnated nature of the elements that offer the anti-static properties.

End Uses: Apparel (sweaters, ceremonial garments, school uniforms, fleece wear),
working wear (dust-free garments, work uniforms, lab coats, firefighter uniforms),
interior (curtains, carpets, towels, blankets), household goods (masks, antistatic brushes,
Aprons »

Co-polymer, low pilling, soft and comfortable. Atmospherically dyeable and potentially using less chemical. Deep due penetration, great colour retention. Moisture management (dries quickly), resistant to shrinking, fading & wrinkling. Bright white in colour, superb shape retention.

End Uses:
Activewear, Hosiery, Sportswear, Performance, Underwear, Childrenswear, Apparel, Mattress Toppers

Natural cellulosic fiber, comfortable and soft, good absorbency, colour retention and prints well, machine washable, good strength,
Easy to handle and sew.

End Uses: Apparel, Home furnishing, Medical, Industrial, Technical fabrics

Dolanit is a crimped homopolymer acrylic fibre, which combines superb strenght and resistance along with increased durability and good processability. It is a high-performance, cost effective solution for filtration applications.

End Uses: Woven and nonwoven fabrics for dust filtration, e.g. in coal-fired power stations, garbage incinerators,
Cement works, primary and secondary smelters and heavy metal industry plants.

Thermal and acoustical insulator. Resistant to heat and fire.
Lightweight, extremely strong and brittle.

End Uses: Tapes, ropes, fireblocking fabrics

Textiles: gloves,tapes,sleeving
Insulator for electrical wiring.

Flax fiber is extracted from the bast or skin of the stem of the flax plant. Flax fiber is soft, lustrous and flexible; bundles of fiber
have the appearance of blonde hair, hence the description «  »flaxen » ». It is stronger than cotton fiber but less elastic.

End Uses:
The best grades are used for linen fabrics such as damasks, lace and sheeting. Coarser grades are
used for the manufacturing of twine and rope. Flax fiber is also a raw material for the high-quality
Paper industry for the use of printed banknotes and rolling paper for cigarettes and tea bags.

High strength, non-conducting and flame retardant fiber. Meta aramid fiber can works normally at
206’C for long term. No ignition, no melting or dripping.

Filtration scrims and fabrics, hoses, belts, fire fighters turnout facing fabrics, knitted products such
as underwear, balaclavas and gloves. Thermal protective apparel where flash fire or electric arc
Exposure is possible; knits, sewing thread.

Exceptional mechanical resistance, high resistance to chemical agents, high thermal stability, shrink proof,
Carbonization above 500C, degrades when exposed to light, yellow in appearance, also available in colours.

End Uses: Ballistics: bullet proof vests; Protective apparel such as: gloves, motorcycle and hunting apparel,
Chaps, pants, sails, belts and hoses, friction linings, composites.

PVA fiber is a synthetic fiber formed from solutions of polyvinyl alcohol, mainly by wet spinning.
Displays high tenacity, low elongation, hydrophilic properties, weather resistance, and alkali resistance, and is used in a broad spectrum of industrial applications.

End Uses: As a cement and concrete reinforcing agent in place of asbestos, in alkaline battery separators, as a reinforcing agent in rubber, and to make rope and fishing nets.

Natural raw material which has a flame retardant substance incorporated throughout the fiber cross-section which can’t be
Removed by either washing or abrasion. Garments with Rayon FR have outstanding comfort. Available in natural or colors.

End Uses: Knit and woven fabrics to protect from fire, radiant heat, electric arc, molten metals, flash fires going
To fire services, military, electrical utilities. Upholstery: transportation.

Lyocell® is a regenerated cellulose fiber made from dissolving pulp (bleached wood pulp). Known for its versatility, durability, and strength when both wet and dry, this material is used in everything from clothing to cars. Though it’s often seen as eco-friendly because of its natural origins and its manufacturing process, it is made with petrochemical derivatives, and takes a lot of energy to produce.

End Uses: Filtration scrims and fabrics, hoses, belts, fire fighters turnout facing fabrics, knitted products such
as underwear, balaclavas and gloves. Thermal protective apparel where flash fire or electric arc
Exposure is possible; knits, sewing thread.

Modacrylic is a synthetic copolymer which is soft, strong, resilient, and dimensionally stable. They can be easily dyed, show good press and shape retention, and are quick to dry. They have outstanding resistance to chemicals and solvents, are not attacked by moths or mildew, and are nonallergenic.
Fire retardant fiber, no melt, no drip. When mixed with other fibers, improves flame retardancy while
retaining characteristics of softness & natural appearance.

End Uses: Protective clothing, gloves, sleeves, bedding, upholstery, carpet industry, fake fur and plush toys

This high wet modulus fiber is particularly well suited to blends with cotton since both fibers have similar properties. In particular, the dyeing performance of Lenzing Modal® emulates that of cotton. Naturalness plays a key role in Lenzing Modal®. The fiber is made from beech wood, a natural raw material. The pulp used for fiber production is made by Lenzing to guarantee consistent and reliable quality. The natural softener makes Modal fabrics pleasant to the touch even after repeated washing. Hardening of the rayon fabric, which occurs as a result of limestone deposits and traces of detergent, becomes a thing of the past with Lenzing Modal®.

End Uses: Home Textiles and Apparel

High strength, non-conducting and flame retardant fiber.Meta aramid fiber can works normally at 206’C for long term.
No ignition, no melting or dripping.

End Uses: Filtration scrims and fabrics, hoses, belts, fire fighters turnout facing fabrics, knitted products
Such as underwear, balaclavas and gloves.
Thermal protective apparel where flash fire or electric arc exposure is possible; knits, sewing thread.

Excellent abrasion resistance and chemical resistance. Excellent wear resistance, blendability with other fibers, UV & heat Resistant, exceptionally strong, supple & easy to wash.

End Uses: Apparel: ladies wear, lingerie, sportswear, rainwear, windbreakers, home furnishings, protective
Clothing conveyor and seat belts, ropes, sleeping bags, tents, tarpaulins, tire cord, threads, geotextiles.

Outlast® Temperature Regulating Fibers contain millions of micro-thermal spheres that create a dynamic thermal barrier that works to keep the micro-climate next to the skin warm and comfortable, despite changes in outside temperature. These micro-thermal materials absorb, store, distribute, and release heat in response to the body’s comfort needs. Uses include: ski boot, gloves, hats, pants, parkas, mountaineering wear, sleeping bags, socks, thermal underwear and bedding products.Outlast® fibers comes as Acrylic, Viscose and Polyester

End Uses:

Apparel: Sweaters, Hosiery, fleece wear, circular knit apparel, sportswear and childrens wear.

Household Textiles: Carpet, blankets, area rugs, upholstery, pile fabrics

Outdoor end uses: Car tops, boat covers, awnings, outdoor furniture

Industrial end uses: Filtration materials, reinforcement materials in construction, car batteries

The base material for P84® fibres is composed of aromatic backbone units only. Despite the non melting aromatic, halogen free structure it is classified as non flammable with an LOI of 38 percent.

End Uses: used for a variety of applications ranging from filter media for high temperature filtration , protective clothing, sealing materials for space craft to various high temperature applications such as heat insulation. (high temperature filtration, protective clothing)

PAN fibers are the chemical precursor of high-quality carbon fiber. It is thermoplastic, it does not melt under normal
Conditions. It degrades before melting.

End Uses: « Civil and military aircraft primary and secondary structures, missiles, solid propellant rocket motors,
Pressure vessels, fishing rods, tennis rackets, badminton rackets & high-tech bicycles. « 

Exceptional mechanical resistance, high resistance to chemical agents, high thermal stability, shrink proof, carbonization above 500C, degrades when exposed to light, yellow in appearance, also available in colours.

End Uses: Ballistics: bullet proof vests; Protective apparel such as: gloves, motorcycle and hunting apparel, chaps, pants, sails, belts and hoses, friction linings, composites

Highly Flame resistant. Outstanding comfort factor combined with thermal & chemical stability. Will not burn or melt.
Low shrinkage when exposed to flame. LOI 41. Brown in color.

End Uses: Apparel: blouses,shirts,carrer apparel, permanent press garments, suits, etc. Home furnishings, fire
hoses,belting, ropes, tire cord,etc

Strong, resistant to stretching & shrinkage, resists most chemicals, wrinkle and abrasion resistant, easy to wash.

End Uses: Apparel: blouses,shirts,carrer apparel, permanent press garments, suits, etc. Home furnishings, fire
hoses,belting, ropes, tire cord,etc

Excellent chemical resistance & very light weight, High strength (wet or dry). Abrasion resistant, low moisture absortion, stain and
soil resistant. Good washability, quick drying and wicking. Low melting temperature, hard to dye, flammable-melts & burns like
Wax, poor UV and poor thermal stability.

End Uses:
Woven: Upholestry, blankets,carpets. Knits: Jersey, Hosiery, sweaters, gloves, sportswear,
Undergarments. Industrial: Filtration

Characteristic of polyurethane fiber is its high elasticity, which is commonly referred to as spandex.  The elasticity of spandex is higher than any other elastic fibers. Excellent tensile strength, tear strength; weatherability, high resistance to UV radiation; resistant to chemicals, resistant to washing; good affinity with dye.

End Uses: Bare wire, covering yarn, warp yarn and co-twister. Such as stockings, swimwear, dance garments,
Pure cotton covering silk and clothing

PPS is one of the most important high temperature thermoplastic polymers because it exhibits a number of desirable properties.
These properties include resistance to heat, acids and alkalies, and to mildew, to bleaches, aging, sunlight, and abrasion.
It absorbs only small amounts of solvents and resists dyeing.

End Uses: Filter fabric for coal boilers, papermaking felts, electrical insulation, specialty membranes,
Gaskets, and packings

Flame and heat resistance, acid and alkali resistance, resistance against known
solvents, resistance against UV rays. On top of these and probably the most intriguing features are: it does not melt, it does not drip, it does not produce toxic fumes.

End Uses: Protective garments (balaclavas, gloves, Hosiery, underwear), public transportation, construction
(composites, fire barriers, interior fabrics (hotels, cinemas, concert halls), industrial and home filtration

Rayon is a manufactured regenerated cellulose fiber. Because it is produced from naturally occurring polymers, it is neither a truly synthetic fiber nor a natural fiber; it is a semi-synthetic or artificial fiber. Highly absorbent, soft and comfortable, easy to dye, Drapes well.

End Uses:

Apparel: Accessories, blouses, dresses, jackets, lingerie, linings, millinery, slacks, sportshirts, sportswear, suits, ties, work clothes.

Home Furnishings: Bedspreads, blankets, curtains, draperies, sheets, slipcovers, tablecloths, upholstery. Industrial Uses: Industrial products, medical surgical products, nonwoven products, tire cord.

Other Uses: Feminine hygiene products

Developed by Unifi, Repreve® is a family of first-quality, eco- friendly yarns made from 100% recycled materials. Repreve meets FTC guidelines for recycled products.

End Uses: Apparel, Hosiery, gloves

Does not melt or drip, thermal insulation, naturally hydrophobic properties, flame retardancy, resistance to chemicals.
Available in natural or producer dyed colours.

End Uses: Protective clothing against cold, fire and chemicals: underwear, coats, linings, pullovers,gloves, etc.

Fiber with algae powder which are harvested off the shores of Iceland. This Fiber is used for wellness applications in textiles.

End Uses: Apparel, Protective clothing, Hosiery

Fiber with antibacterial (odor suppressing) properties incorporating trace elements of zinc oxide (pharmaceutical grade dietary supplement) used for textile applications.

End Uses:Apparel, Protective clothing, Hosiery

Fiber made with stainless steel which provides solid protection against electro-magnetic radiation.

End Uses:
Electromagnetic Shielding Textiles

Teijinconex is a meta-linked aromatic polyamide fiber with excellent flame-proofing and heat-resistance properties. It will not catch fire through exposure to direct flame or heat, and it neither burns nor melts, which means it cannot stick to your skin. It is an excellent thermal insulator and has outstanding chemical resistance. Teijinconex also meets the standard requirements of a clothing material – it is lightweight, easy to clean, and comfortable to wear.

End Uses: Teijinconex is a highly functional fiber that can be used for both heat- and flame-retardant clothing and for industrial applications, including filters, hoses and copy-cleaners

Tencel® is the functional fiber from nature. It is of botanic origin, since it is extracted from the raw material wood. Fiber production itself is extremely eco-friendly, due to the closed loop system. On the day that Tencel® was invented, a new chapter was written in the history of fibers. Textiles of Tencel® are more absorbent than cotton, softer than silk and cooler than linen.

End Uses: Shoes, Performance Clothing, Technical Knit

PPS is one of the most important high temperature thermoplastic polymers because it exhibits a number of desirable properties.
These properties include resistance to heat, acids and alkalies, and to mildew, to bleaches, aging, sunlight, and abrasion.
It absorbs only small amounts of solvents and resists dyeing.
Permanently flame retardant modified polyester fiber. Can also be supplied in an antimicrobial version.
Tussah silk is produced by tussah silkworms and is usually a beautiful natural golden colour but can vary from pale cream to a dark rich brown.

End Uses: Tussah silk fabric is often textured and can be used to make clothes (jackets, waistcoats and skirts) and soft furnishings such as cushions.

High-performance man-made fiber and Teijin Aramid’s flagship para-aramid product. It offers a unique combination of mechanical properties, chemical resistance, excellent durability and thermal stability. It is highly valued across a wide range of industries for the benefits it brings to a great many high-performance applications

End Uses: Ballistic-protection products, Civil engineering products, Composites, Cut-protection products, Elastomer reinforcements, Engineering plastics, Heat-protection products, Friction products, Optical fiber cables, Reinforced thermoplastic pipes, Ropes and cables, Sealing materials, Specialty paper products, Tires

Exceptional strength (wet or dry) strength to weight ratio it
8-15 times stronger than steel. High cut/tear resistance.
Light and flexible. High resistance to abrasion, UV light,
mildew, soils and stains, detergents and chemicals.
Low melting temperature.

End Uses: Ropes, nets, cordages, fish-lines

Helmets, vests, inserts

Armor panels in vehicules, medical devices

Cut resistant gloves and sleeves.

Is a natural fiber. Comfortable in all seasons. Keeps layer of air next to skin. Resists wrinkles: wool springs back quickly.
Resists soiling: fiber is complex. Durable: multi part fiber resists wear. Repels moisture: sheds water. Retains shape: resilient,
Returns to size. Resists flames: will not support combustion.

End Uses:Apparel: men’s and women’s wear.

Machine or hand knitted goods. Carpets.

Also blended with both natural or synthetic fibers.