Detailed methodologies for testing physical properties (density, tensile strength, compression set) and fire safety regulations.
In the realm of polymer science, Günter Oertel’s Polyurethane Handbook is widely considered the definitive technical reference for polyurethane (PU) chemistry and technology. Often referred to simply as "Oertel," the book serves as a bridge between academic chemistry and industrial application.
While many textbooks focus strictly on synthesis, Oertel’s handbook is distinct in its practical approach. It was compiled with the contributions of numerous industry experts, providing a "boots-on-the-ground" perspective on how raw materials are processed, how formulations affect final properties, and how manufacturing machinery operates.
Raw materials
Processing and manufacturing
Properties and structure–property relationships
Characterization and testing
Applications
Environmental, health, and safety
Formulation examples and case studies
It is crucial to recognize one limitation: The 1994 edition is nearly 30 years old. While the core chemistry remains valid, polyurethanes have advanced. If you are looking for information on:
...then Oertel’s handbook will not help. You will need modern supplements: