The Growing Use of Flame-Retardant Nonwoven Fabrics in Electrical SystemsIndustry Background and Market DemandThe demand for flame-retardant nonwoven fabrics in electrical systems has surged in recent years, driven by stricter safety regulations, increased fire risk awareness, and the expansion of h...

How Polyester Fiber Nonwoven Fabrics Improve the Fire Safety of Electrical DevicesIndustry Background and Market DemandThe global electrical and electronics industry faces increasing pressure to enhance fire safety standards. Regulatory frameworks such as UL 94, IEC 60695, and RoHS mandate stringent...

How Flame-Retardant Nonwoven Fabrics Protect Electrical DevicesIndustry Background and Market DemandThe demand for flame-retardant materials in electrical and electronic applications has surged due to stricter safety regulations and the increasing complexity of modern devices. Electrical failures, o...

Polyester Fiber Nonwoven Fabric: A Reliable Choice for Electrical Insulation in Harsh EnvironmentsIntroductionIn the field of electrical engineering, insulation materials play a crucial role in ensuring the safety, efficiency, and longevity of electrical components. Among various insulation material...

The adjustment of the surface friction coefficient of nonwoven fabrics is mainly achieved through three dimensions: fiber surface treatment, structural design, and functional additives. Fiber surface treatment is a direct method. Plasma treatment can introduce polar groups or micro/nano-scale rough structures onto the fiber surface, thereby altering the interaction forces at the contact surface. Low-temperature plasma treatment, while maintaining the fiber's intrinsic properties, adjusts the friction coefficient by changing the surface chemical composition. Physical vapor deposition (PVD) technology can construct low-friction coatings such as diamond-like carbon films on the fiber surface, significantly reducing sliding resistance.