Pressure-Sensitive Design – Theoretical Aspects (Volume 1) ISBN: 9789067644396

This authoritative volume provides an in-depth exploration of the theoretical foundations behind pressure-sensitive adhesive (PSA) design. As interest in PSA formulation continues to grow, this book expands on the first edition (Pressure-Sensitive Formulation, VSP, 2000) and introduces a dedicated scientific framework for designing next-generation pressure-sensitive materials.

This volume explains the core principles of macromolecular chemistry and polymer physics that govern pressure sensitivity, bridging theory with industrial relevance. Readers will understand how molecular interactions, viscoelastic behavior, and contact mechanics determine adhesion performance and product behavior.

Advances in coating technology, in-line coating, and polymer synthesis are also examined, highlighting how modern manufacturing methods enable precise and efficient PSA material design. With pressure-sensitive products now competing both with and without adhesive layers, the book outlines the expanding range of material formulations needed in today’s market.

Key Topics Covered

Fundamentals of pressure-sensitive adhesion

Macromolecular chemistry and polymer design

Polymer physics and viscoelastic response

Rheology of pressure-sensitive systems

Contact mechanics and adhesion theory

Advances in coating technologies and in-line processes

Design pathways for next-generation PSA products

Ideal For

Adhesive formulators

Material scientists

Polymer engineers

Coating technology specialists

R&D professionals in adhesives and tapes

Universities, laboratories, and technical libraries

This is Volume 1, covering the theoretical aspects of PSA design.
Volume 2 focuses on practical formulation techniques and real-world product applications.