: Explores the chemical and physical-chemical reactions of isocyanate groups and the structural development of the polymer.
Detailed analysis of TDI, MDI, aliphatic isocyanates, and their variants.
: A dedicated focus on the environmental impact of PU manufacturing and the chemistry of waste recovery. Why the Handbook Remains Relevant
Due to its age and popularity, scans of the "Polyurethane Handbook" circulate online. A prominent example is the , which has been shared as a split RAR archive on platforms like the academic forum Muchong.com (小木虫). polyurethane handbook gunter oertel pdf
: Specialized chapters on PU paints, coatings, and adhesives used across various industries.
A detailed breakdown of raw materials, including diisocyanates, polyols, and catalysts [Oertel, 1994, Ch. 1].
The handbook has been published in multiple editions and languages, reflecting the evolution of the field. The table below summarizes the key versions, including the sought-after English translations and the later German editions. : Explores the chemical and physical-chemical reactions of
Application techniques for rigid insulation foams used directly on construction sites. Comprehensive Application Breakdown
Detailed structural and chemical properties of Toluene Diisocyanate (TDI), Methylene Diphenyl Diisocyanate (MDI), and aliphatic variants like IPDI and HDI.
The Polyurethane Handbook by Gunter Oertel covers a wide range of topics related to polyurethane materials. The book is divided into several chapters, which include: Why the Handbook Remains Relevant Due to its
Highly recommended for purchase by professionals in the polymer industry. Digital (PDF) versions are useful for keyword searching but should be sourced through legitimate library or publisher channels.
Dr. Oertel brought together an exceptional team of contributors, including L. Abele, who were experts from within Bayer and the broader industry, to create a work of unparalleled authority. The weight of this collective expertise is a significant reason why the handbook has remained so highly regarded; it represents the accumulated knowledge and best practices from the very epicenter of polyurethane innovation.
Foams represent the largest market share of polyurethane production. The handbook details the fine balance of chemical blowing reactions (generation of carbon dioxide) versus gelation reactions. It covers slabstock foam production for mattresses and molded rigid foams used in refrigeration insulation. CASE Applications
: In-depth analysis of isocyanates and polyols, their chemical structures, commercial production, and industrial hygiene.