Bicomponent fibres, also known as the sheath-core arrangement, are fibres made up of two or more components. One or more thermoplastic polymers and/or other non-polymeric substances, such as metals, may be used as component materials. The strength-to-weight ratio of bicomponent fibres is higher than that of monocomponent fibres. When compared to traditional textile materials such as cotton, woollen fabrics, and so on, they can provide high tenacity and excellent abrasion resistance at a low cost, making them ideal for the production of clothes, carpets, automotive parts, and so on. Because composite fibre has a variety of properties, its popularity is growing by the day.
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Polypropylene (PP) and Polyethylene (PE) (PP)
Polyethylene (PE) is a thermoplastic polymer that comes in two densities: high and low. Low-density polyethylene has the highest impact resistance, whereas high-density polyethylene has superior stiffness and strength properties compared to other types of plastic materials. It is widely used in packaging applications because it provides excellent moisture, oxygen, oil, and aroma barrier protection to packaged products. Polypropylene (PP), on the other hand, is an olefin plastic that is typically produced by dehydrogenation of propylene gas. PP fibres have good dimensional stability as well as excellent resistance to chemicals and solvents; however, they do not have very good tear strength when compared to many synthetic fibres such as & aramid etc., Polypropylene is used in a variety of applications such as pckaging, home textiles, and automotive interiors.
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Co-Polyester/Polyamide
A bicomponent fibre is co-polyester/polyamide. It has two polymers in the same strand, such as polyethylene terephthalate (PET) and polyamide 11. (PA11). This type of fibre contributes to lower production costs while improving insulation performance. The polyethylene terephthalate (PET) or polybutylene terephthalate (PBT) serves as a core in co-polyester/polyamide fibres, while nylon serves as a sheath. The combination of these two materials results in high strength, lightweight, and superior chemical resistance, making them ideal for use in the automotive industry where fuel efficiency is critical.
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Copolyester/PET
Copolyester/PET is a copolymer and PET composite material. The fabric used in bicomponent fibre products is made from a combination of these two types of materials. This product is not only lightweight, breathable, odor-resistant, and waterproof, but it is also extremely strong. It has a higher impact strength than most other products on the market, making it ideal for those who want to use it in their clothing designs.
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On basis of application, the market is segmented into Hygiene, Textiles, Automotive, and others.
Automotive
Automotive bicomponent fibres are most commonly used in the automotive industry. The high performance of bicomponent fibre is especially advantageous in textile applications, where it has been used to create a strong and lightweight fabric that can be dyed uniformly without compromising colorfastness or mechanical properties. Furthermore, it provides abrasion resistance during the washing cycle, which is why they are widely preferred by automobile companies such as BMW AG, among others, who rely on innovative technologies to develop new products suitable for market requirements at the lowest possible price.
Hygiene
Adult diapers and sanitary napkins are examples of products that use bicomponent fibre. This material enables these companies to create lightweight, breathable, odor-resistant, waterproof, and soft fabrics that quickly wick away moisture. The added strength of the bicomponent fibres works well with this application because a lot of durability is required even though the product itself has some give due to its compressible nature.
Textiles
Because of their unique properties, bicomponent fibres are used in textiles. Bicomponent fibre technology has enabled the creation of various types of fabrics with multiple functions, such as protective clothing and sportswear that keep the wearer warm when wet or dry when hot. This fabric is also fire-resistant, allowing you to purchase a school uniform for your child that will not be damaged by an accidental spark caused by static electricity generated during playtime.
This report segments the global bicomponent fiber market into:
Global Bicomponent Fiber Market: Material Type Analysis
PE/PP
PE/PET
Co-PET/PET
Others
Global Bicomponent Fiber Market: Structure Type Analysis
Sheath/Core
Side-By-Side
Islands-In-The-Sea
Others
Global Bicomponent Fiber Market: End-Use Industry Analysis
Hygiene
Textiles
Automotive
Home Furnish
Others
Global Bicomponent Fiber Market: Regional Analysis
North America
The U.S.
Europe
UK
France
Germany
Asia Pacific
China
Japan
India
Latin America
Brazil
Middle East and Africa