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With the rapid development of new energy, why are high-temperature resistant materials gaining greater importance?

Driven by the dual carbon goals, new energy sectors such as photovoltaics, wind power and new energy vehicles develop rapidly. High-temperature resistant materials have evolved from auxiliary supplies into core supports. Widely used in new energy vehicles, PV, wind power and energy storage, they ensure stable and safe equipment operation. Breakthroughs in domestic high-temperature resistant materials also enhance the global competitiveness of China’s new energy industry.

2026-04-27

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Selection of High-Temperature Insulation Materials: Temperature Resistance Matching Logic and Material Selection Guide for Mica Plates

This paper analyzes common misunderstandings in the temperature resistance selection of mica plates, pointing out that blind pursuit of high temperature resistance leads to cost waste, brittle cracking and over-design. It establishes the core principle of selecting mica plates according to actual operating temperature with a 10%–20% safety margin, summarizes applicable scenarios of muscovite, phlogopite and synthetic mica plates as well as typical mistakes, and provides a scientific reference for rational selection in high-temperature insulation applications.

2026-04-24

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More Than Just Insulation! The Multifunctional Properties of Mica Empower the Upgrade of Multiple Industries

As a stable layered silicate material, mica offers value far beyond its well-known insulation properties. With its unique crystal structure and stable physical-chemical properties, it boasts multiple advantages including high temperature resistance, heat insulation, flame retardancy, corrosion resistance, structural reinforcement, optical stability and environmental friendliness, widely used in home appliances, metallurgy, new energy, precision instruments, chemical industry, construction and other fields. Especially in high-end manufacturing such as new energy vehicles and energy storage, its combined performance advantages are prominent, serving as an important support for industrial growth. Meanwhile, its asbestos-free and eco-friendly features meet the needs of green industrial development, making it an indispensable functional material in various industries.

2026-04-22

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Why is Mica High-Temperature Resistant, Insulating and Fireproof? A Complete Guide to Its Core Principles

As a natural layered silicate mineral, mica boasts excellent high-temperature resistance, insulation and fireproof properties thanks to its stable crystal structure, high electrical resistivity and inorganic non-combustible nature. It is an indispensable insulation and protection material for electrical engineering, new energy, rail transit, fire-resistant cables and other industries.

2026-04-17

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Mica Tape Insulation: Safety Design & Application for Power Battery Electrical Protection

Against the backdrop of the continuous development of the new energy vehicle and energy storage industries, the electrical safety and thermal safety of power batteries are of crucial importance. With excellent insulation, high-temperature resistance, flame retardancy and environmental adaptability, mica tape has become an important solution for the insulation protection of high-voltage components, busbars, cells and modules of power batteries. This article elaborates on the insulation pain points of power batteries, the application advantages of mica tape, the key points of safety design, typical application scenarios and development directions, providing practical references for the electrical protection of power batteries.

2026-04-15

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