| Customization: | Available |
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| Usage: | Filling Material, Spinning |
| Material: | PA6/Pet |
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Splittable fiber, also known as bicomponent fiber, is a type of synthetic fiber designed to split into finer filaments either during processing or use. These fibers are typically composed of two or more polymer components arranged in a specific configuration within a single filament. The unique construction allows the fiber to be easily divided into multiple finer strands, enhancing its properties and expanding its range of applications.
Key Characteristics
1. Bicomponent Structure:
- Splittable fibers are composed of two different polymers, which may have distinct physical or chemical properties. These polymers can be arranged in side-by-side, core-sheath, or island-in-the-sea configurations.
2. Ease of Splitting:
- The fiber can be split into finer filaments through mechanical, thermal, or chemical processes. This splitting can occur during production, such as in the spinning process, or during end-use, such as in laundering.
3. Enhanced Properties:
- After splitting, the resulting fine filaments often exhibit improved properties such as increased softness, higher surface area, enhanced filtration efficiency, and better hand feel.
Applications
1. Textiles:
- Splittable fibers are used to create fabrics with a soft hand feel, high durability, and excellent drapability. These fabrics are often used in high-end clothing, upholstery, and home textiles.
2. Nonwovens:
- The fine filaments produced from splittable fibers enhance the properties of nonwoven materials, making them suitable for applications such as wipes, filters, and medical textiles.
3. Filtration:
- The increased surface area and fine structure of split fibers make them ideal for use in filtration media, providing high filtration efficiency and low pressure drop.
4. Automotive:
- Splittable fibers are used in automotive interiors for their softness, durability, and aesthetic qualities.
Benefits
- Versatility:
- The ability to combine different polymers allows for the creation of fibers with tailored properties to meet specific needs.
- Enhanced Performance:
- Split fibers offer superior performance in terms of softness, filtration, and strength compared to traditional monocomponent fibers.
- Cost-Effectiveness:
- The use of splittable fibers can reduce material costs and improve processing efficiency, offering economic advantages in manufacturing.
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Item |
High quality best price bi-component fiber PA6/PET splittable fiber for thermol bonded nonwoven |
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Denier |
2.5D |
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Length |
51mm |
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Material |
70%PA6+30%PET |
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Extra Features |
Bicomponent Structure; Ease of Splitting;Enhanced Properties |
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