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Carbon fiber cloth, as one of the most revolutionary high-performance materials of the 21st century, is reshaping many fields from aerospace to daily life. This fiber material composed of 5 to 10 microns of carbon atoms has become a “black technology” star in modern engineering and design due to its excellent strength to weight ratio […]

In modern construction engineering, carbon fiber cloth has gradually become a popular choice for structural reinforcement due to its excellent mechanical properties and construction convenience. Its appearance is light and thin, with a thickness of only 0.1 millimeters, which may raise questions: can such thin materials really be used to reinforce building structures? This article

How exactly does chopped carbon fibre reinforced plastic (CCFRP) work – and why has it become such a mainstay across so many industries? This advanced composite is made by cutting carbon fibres into short segments (usually 0.2 to 6mm long) and dispersing them randomly throughout a polymer matrix, like epoxy, polyester, or nylon. Unlike continuous

What is pitch-based carbon fibre, and why is it shaking up the world of high-performance composites? Unlike its far more common cousin—PAN-based carbon fibre—this material is made from petroleum or coal tar pitch, going through a precise process of carbonization and graphitization. This unique manufacturing route yields a set of exceptional characteristics that are transforming

If you’ve been following advancements in material science, you’ve probably heard of PAN-based carbon fibre—but what exactly is it, and why is it causing such a stir? Polyacrylonitrile (PAN)-based carbon fibre isn’t just another new material; it’s a genuine game-changer in lightweight composites, boasting strength-to-weight ratios that are redefining what’s possible across industries from aerospace

What is it about high-modulus carbon fibre that makes it such a game-changer in modern engineering? This advanced composite hasn’t just improved material science—it’s reshaped its landscape, thanks to its exceptional properties and remarkable versatility. Unlike standard carbon fibres, its superior stiffness-to-weight ratio makes it non-negotiable for industries where precision and top-tier performance are non-negotiable.