Carbon Fiber & Composites Guide | Specs, Process & Use
Advanced materials are no longer laboratory curiosities. They now sit at the center of AI-assisted discovery, supply-chain resilience, sustainability and product qualification.
Ultra high temperature ceramics are being studied for hypersonic, re-entry, propulsion, and energy systems where heat, oxidation, ablation, and thermal shock occur together. This article explains the main UHTC families, where they fit, and…
Adv energy materials sits at the intersection of materials science and energy systems. This guide explains how the field links research papers, device performance, supply chains, and commercialization risk.
Advanced materials are becoming a manufacturing strategy, not only a research category. This article explains how processing, data, qualification, sustainability, and supply-chain resilience shape their route to production.
Advanced materials are no longer defined only by laboratory novelty. Their value depends on data-driven discovery, reliable processing, scalable manufacturing, supply resilience, and responsible use.
CHASM Advanced Materials is building application-specific carbon nanotube hybrid platforms for batteries, transparent electronics and lower-carbon concrete. This article reviews the company’s public milestones, product architecture and commercialization limits.
A practical guide to engineering ceramic materials, including key properties, major material families, testing standards and selection trade-offs for industrial use.
Functionally graded materials are used when a single part must meet conflicting thermal, mechanical, biological or electrical requirements. This article explains where FGMs add value, why qualification can be difficult and how manufacturing routes…
Advanced materials are engineered to deliver functions that conventional materials cannot easily provide. This article explains where they matter, what slows adoption and how industry can evaluate them.
Applied functional materials matter when a designed property survives processing, integration and real operating conditions. This article explains how to assess their role in energy, electronics, sensing, coatings and biomedical systems.
