This site presents two books about composite materials. The first, “The String and Glue of our World”, is a book about the science, engineering, history, and art of making things out of composites told in a manner that is hopefully approachable, engaging, and entertaining, even for the casual reader. It is not intended to replace or even be a textbook on the subject nor for the serious practitioner who has lots of experience with composites and needs a reference book. You don’t have to be a Ph.D. engineer or scientist to understand the book and appreciate the significance and beauty of composite materials. All you need really is a basic high school education in math and science (chemistry would help) and enough curiosity to want to know how these wonderful materials are made and most importantly why.

My second book, "Sustainable Composite Materials", which will be out in the Spring of 2026, is intended to be a roadmap for the industry and other practitioners, as well as the interested general public, in how to reduce and potentially even eliminate the rather large carbon footprint that composite materials represents. The biggest problem is that once you stick the strings together with your glue, when you are done using it, the strings and glues don't come apart easily. This book demonstrates how to do that and what to do with what you get back. It also provides a fairly up to date status of where this industry stands today in efforts to become sustainable.

String and Glue is available from this website, McFarland Books and Amazon, as well as some physical bookstores, and many online booksellers. Sustainable Composite Materials is available for pre-order from McFarland, Amazon, and other online booksellers, and of course from this site as well.

Order a Signed Copy Here

A Word about Vitrimers – A Thermoset That Can Act Like a Thermoplastic

#composites, #sustainability, #vitrimer, #recyclableresin, #biocomposite, #bioresins I have been seeing articles in several different things that I read about a new class of polymers that is rather intriguing. These polymers are called “vitrimers”. Polymers that were processable by covalent bond exchange reactions (movable and reconfigurable covalent crosslinks) were developed initially in the 1990’s at the University of Illinois Urbana-Champaign (UIUC). James Economy’s gr

2 days ago7 min read

Lots of Carbon Fiber in Winter Olympics Equipment

#composites, #carbonfiber, #sportsequipment, #winterolympics, #carboncomposites I have been watching the Olympic Games going on in Italy like most of the rest of us. Sunday a week ago was the men’s Luge competition and thankfully there weren’t any horrible accidents. That sport is not only exciting it is also nerve racking to watch. Eighty miles an hour on a little sled barely long enough to hold the slider, going around high banked turns where the smallest mistake could b

Feb 188 min read

Flax, Flax, and More Flax, And Some Other Stuff

#composites, #sustainability, #flaxfiber, #biocomposites, #fibers There appears to be quite a bit of movement in the natural, plant-based fiber business this past week or two. Two announcements came out in Composites World about companies that are scaling up their flax fiber composite reinforcements business, and another one that I will talk about a bit later about a basalt fiber production facility being built in the Middle East. New Circular Structures USA Inc. Facility i

Feb 118 min read

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A Word about Vitrimers – A Thermoset That Can Act Like a Thermoplastic

#composites, #sustainability, #vitrimer, #recyclableresin, #biocomposite, #bioresins I have been seeing articles in several different things that I read about a new class of polymers that is rather intriguing. These polymers are called “vitrimers”. Polymers that were processable by covalent bond exchange reactions (movable and reconfigurable covalent crosslinks) were developed initially in the 1990’s at the University of Illinois Urbana-Champaign (UIUC). James Economy’s gr

2 days ago7 min read

Lots of Carbon Fiber in Winter Olympics Equipment

#composites, #carbonfiber, #sportsequipment, #winterolympics, #carboncomposites I have been watching the Olympic Games going on in Italy like most of the rest of us. Sunday a week ago was the men’s Luge competition and thankfully there weren’t any horrible accidents. That sport is not only exciting it is also nerve racking to watch. Eighty miles an hour on a little sled barely long enough to hold the slider, going around high banked turns where the smallest mistake could b

Feb 188 min read

Flax, Flax, and More Flax, And Some Other Stuff

#composites, #sustainability, #flaxfiber, #biocomposites, #fibers There appears to be quite a bit of movement in the natural, plant-based fiber business this past week or two. Two announcements came out in Composites World about companies that are scaling up their flax fiber composite reinforcements business, and another one that I will talk about a bit later about a basalt fiber production facility being built in the Middle East. New Circular Structures USA Inc. Facility i

Feb 118 min read

Fireproof Carbon Composites and Using Composites to Reduce CO2 Emissions

#composites, #sustainability, #greenhousegasreduction, #fireproofcomposites, #fibers I saw a couple of interesting tidbits in Composites World this week that piqued my curiosity, so I thought I would dig in a little deeper and write about them and their potential impact on not only sustainability but also the composites business in general. DEECOM Recycled Fireproof Carbon Composite I’m going to start off with one that intrigued me because of a couple of things. First, what

Feb 47 min read

ABOUT ME

Ned Patton, Ph.D., P.E. lives and works in San Diego California. He has more than 40 years of experience in research and technology development, and has been involved with and has been a proponent of composites for over 35 of those years. Currently working at Oceaneering International as a senior technical professional, he is actively developing composite material parts and structures for use undersea.