An introduction to the fundamental building blocks of dental materials, exploring atomic structure, primary and secondary bonding, crystalline lattices, atomic packing factors, and lattice imperfections.

An in-depth analysis of polymorphism, phase transformations, and the direct correlations between microscopic structural arrangements and macroscopic clinical properties.

A clear breakdown of the most difficult concepts in biomaterials, analyzing physical and mechanical testing parameters, viscoelasticity, and common clinical handling challenges.

Comprehensive coverage of hydrocolloid and elastomeric impression materials, gypsum model and die stones, and refractory investment materials used in daily clinical and laboratory workflows.