Superior physical performance: It is lightweight and has both high strength and high elongation, effectively resisting tearing. In fields such as automotive building filtration, this feature ensures stable performance and avoids various problems caused by stretching and deformation.
High strength and durability: The composite structure of two-component fibers enhances mechanical properties (tensile and puncture resistance), making it more durable than single component non-woven fabrics. After thermal bonding, the fibers crosslink tightly and are not easily delaminated or deformed.
Excellent environmental performance: When applied in the automotive industry, it has the advantage of "zero VOC" emissions, which meets the strict requirements for environmental protection and helps improve the air quality inside the car, providing a healthier environment for drivers and passengers.
Diverse functional characteristics: When used as a filtering material, it has the best breathability, dimensional stability, and is easy to wrinkle, which can effectively improve the performance of the filter. While ensuring filtration efficiency, it can also save energy. It performs well in sound insulation and noise reduction, and can be applied to components such as car carpets, floor mats, and cabin air filters to enhance the comfort of car interiors.