Char-based Composites 1st Edition

Char-based Composites (1st Edition) by W.A.K.G. Wan Azlina is a timely, authoritative guide for anyone exploring sustainable composite materials derived from biomass char. Clear, contemporary, and practical, this book opens with the science behind char formation and moves quickly into how charcoal-derived fillers transform polymer, ceramic, and cement matrices.

You’ll find concise explanations of processing techniques, property optimization, and characterization methods—covering mechanical performance, thermal stability, and long-term durability. Case studies and real-world examples highlight applications across automotive components, construction materials, thermal management systems, and environmental remediation. Emphasis on low-cost feedstocks and scalable manufacturing makes the content especially relevant to researchers, materials engineers, and industry professionals in Malaysia, Southeast Asia, and global markets seeking greener solutions.

Rich with actionable insights, this 1st Edition balances foundational theory with practical guidance: mixing strategies, interface engineering, and testing protocols that accelerate development from lab to pilot production. Researchers will value the clear methodology and references; product designers and procurement teams will appreciate the focus on performance metrics and cost-effectiveness.

Whether you’re a graduate student building expertise, an R&D engineer evaluating sustainable fillers, or a policy advisor mapping circular-economy materials, Char-based Composites equips you with the knowledge to innovate responsibly. Add this essential volume to your professional library or classroom reading list to stay at the forefront of sustainable composite materials. Order your copy today to explore practical pathways that turn biomass char into high-performance, eco-conscious composites.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.