English
Bicomponent fibers are created by extruding two or more polymer melts through the same spinneret hole, split by a special distribution plate. There are numerous types of bicomponent fibers, and they can be classified in various ways. Based on the production method, they are divided into composite spinning and blended spinning.
When considering the spinning form, five common types are used: co-spinning, side-by-side, skin-core, splinter type, and island type. Bicomponent fibers made from Polyester/Nylon offer the combined benefits of Nylon's durability, high strength, easy dyeing, and moisture absorption, alongside the advantages of Polyester's elasticity, shape retention, stiffness, and wrinkle resistance.
Materials: PET / PA6, PTT / PET
Denier Range (D): 50-600
Process Speed: 3200 m/min
Number of Positions: 6 / 8 / 10 / 12 positions (customizable)
Number of Ends: 8 / 10 / 12 ends (customizable)
Winders: Automatic
Grade Class Rate: Up to grade class rate ≥98%, first class rate ≥95%, full package rate ≥90%
Item | Specification |
Place of Origin | China |
Brand Name | JWELL |
Model Number | Bicomponent Yarn |
Certification | CE, ISO |
Minimum Order Quantity | 1 SET |
Packaging Details | Wooden pallet packing |
Delivery Time | 90 days |
Payment Terms | TT, LC |
Bicomponent spinning primarily involves the combination of polyester and nylon, creating fibers with unique cross-sectional shapes such as orange petals, rice-shaped, and other specialized forms, offering excellent moisture absorption. Bicomponent yarn is predominantly used in cleaning products, home textiles, and more. Additionally, through composite spinning's special structure, fibers can achieve properties like low melting points, flame resistance, antistatic, and conductivity.
Velvet fabrics
Artificial leather manufacturing
Imitation silk fabrics
High-performance cleaning cloths
Fashion fabrics
Knitted fabrics
Polyester/Nylon Bicomponent microfiber utilizes the chemical differences between PET and PA polymers, which leads to weak interfacial bonding, allowing them to be separated during the spinning process. Antibacterial superfine fibers are often blended or treated with masterbatches containing antibacterial agents to offer lasting antibacterial properties.
The melt-spinning method uses a masterbatch addition technique to produce melt-spun antibacterial polyester/polyamide (80/20) composite superfine fiber. Antibacterial masterbatch is added at about a 2% ratio to the polyester component. The Bicomponent fiber high-speed spinning technology and POY-DTY two-step process are applied to create fibers with excellent physical and mechanical properties. These fibers are about 0.2 dtex on average, equivalent to 1/5-1/10 of silk, offering superior physical and chemical properties. These fibers are widely used in textile cleaning products and the clothing industry.
Bicomponent and multicomponent fibers are made from two or more polymers with different chemical or physical properties. In a simple two-component spinning process, two extruders melt the chips, and the polymer melts are introduced into spinning bags or holes to form filaments. Bicomponent yarn spinning is commonly used for producing industrial synthetic fibers. The two-component fiber uses a melt-drawing process similar to conventional synthetic fiber production, aiming to exploit the mechanical, physical, or chemical properties of both materials to broaden their application range.
Jwell extruders can handle PET/PA6, PTT/PET, T300, T400.
Contact With Us:
E-mail: infqq@jwell.cn
Have a Questions? Call Us:
Add:
Shanghai：No. 111, Chunyi Road, Huangdu Industrial Zone, Jiading District, Shanghai
Please feel free to get in touch with us for any of your queries.
