Recent advances in mica-based fire-resistant tapes for power cables focus on enhancing thermal stability, mechanical flexibility, and overall performance under extreme conditions. These improvements are critical for ensuring the safety and reliability of power cables in demanding industrial and infrastructure applications.

‌Material innovations‌ have led to the development of flexible mica tapes with layered mica minerals that maintain structural integrity at high temperatures, providing reliable electrical insulation and adapting easily to complex cable geometries. 

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1.The integration of advanced binders and reinforcing materials has further improved resistance to thermal degradation and mechanical stress during fire events.

‌Performance enhancements‌ include extended operational temperature ranges and superior fire endurance, allowing the tapes to protect power cables during prolonged exposure to flames. 

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2.These tapes are designed to prevent flame propagation and maintain circuit integrity, meeting stringent industry standards for fire safety in critical applications such as power transmission and building wiring.

‌Application techniques‌ have evolved to support seamless integration into cable manufacturing processes, ensuring consistent coverage and adhesion. 

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The flexibility of modern mica tapes enables their use in both static and dynamic equipment, broadening their utility in diverse power cable systems.