What are the advantages of Long fiber bicomponent nonwoven compared to other nonwoven fabrics?

Long fiber bicomponent nonwoven fabric is replacing some traditional non-woven fabrics with its excellent mechanical properties and adaptability. In the future, with the advancement of composite material technology and environmental protection needs, its applications in new energy vehicles, carpets, filtration and other fields will be further expanded.

Main features

• High strength: Long fibers interweave more tightly, with better tensile strength and tear resistance than short fiber non-woven fabrics.
• Uniformity: Fiber distribution is uniform, reducing material weaknesses.
• Durability: Suitable for repeated stress scenarios (such as car carpets, filters, geotextile materials).
• Low fuzz rate: Long fibers are not easily shed, reducing dust problems in applications.
• Lightweight: Low weight per unit area, but excellent mechanical properties.
• Multifunctionality: Waterproof, flame retardant, antibacterial and other functions can be achieved through coating, composite and other processes.

• Long fiber bicomponent nonwoven fabric:High tensile strength, tear resistance, uniform fiber distribution, continuous production, faster speed, high comprehensive cost-effectiveness (excellent strength/weight ratio)
• Traditional non-woven fabric：Rely on yarn density, are prone to wear and delamination, have weak weaving nodes, have long spinning and weaving processes, low efficiency, and high raw material and labor costs.
• Short fiber nonwoven fabric: low strength, easy delamination, uneven thickness, simple process but limited strength, low cost but limited performance.