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Materials That Change What Is Possible: The Advanced Chemistry Behind the Next Generation of Products
Many advances in technology depend on materials engineered to provide properties that conventional alternatives cannot deliver. Advanced polymers can reduce weight, specialised coatings can protect surfaces and electronic and battery materials can enable entirely new device capabilities. This edition examines the chemistry behind advanced materials across energy, electronics, mobility, construction and industrial applications. It explores how molecular design, formulation and processing translate into functional performance and why materials innovation often becomes the foundation for innovation elsewhere.
Editor's Note
New products often become possible only after materials science provides the properties required to build them. Strength, conductivity, durability, flexibility and chemical resistance all begin with decisions made at the molecular and material level. This edition explores the advanced chemistry enabling new technologies and demonstrates why innovation in polymers, coatings, composites and functional materials can influence industries far beyond the chemical sector itself.
What Readers Say
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