Innovation
We listen with an open mind creating novel technologies in coatings, composites and adhesives for better performance, faster production, or less expensive while improving the environment.
Who We Are
Our tech guru John’s desire to pursue chemistry came from his uncle Charles, who literally wrote the book on Waterborne Coatings in 1965 while working at Sherwin-Williams. With his uncle’s guidance, John pursued a degree in Chemistry and a masters in Chemical Engineering. Because of John’s graduate work, 3M hired him to invent a new composite for construction of the F-16. It is now used on the Boeing 787 Dreamliner.
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At 3M, John invented UV cured pressure sensitive adhesives. He also made mass production of a microreplication process on film to make brightness enhancing films. These films are used by you every day as you look through your TV, computer or mobile phone to direct images to your eye making them brighter extending the battery life. John became the youngest Carleton award recipient and became Head of the Corporate Scientist Committee at 3M
Bob’s career in sales and marketing of specialty raw materials for coatings, composites, adhesives and sealants has been on an international trajectory with the top tier chemical companies He has a BS in Chemistry and an MBA. During his career, his teams have developed molecules for both market improvements and new market spaces.
At one time, 17% of 3M’s profits were from John’s inventions. He retired with 35 patents. 3M gave John all of his lab equipment. He rented a U-Haul and set up his laboratory in Phoenix. He began consulting work, continuing to patent his inventions working on printed batteries and fuel tanks for the military. If that was not enough, John has another business partnership that is in Phase II testing for macular degeneration.
Beyond Surfboards, Jamrac has developed coatings to compete with Powder Coatings that do not require baking, water based materials that have abrasion resistance and/or non-stick properties, epoxy flexibilizers that react into the backbone with renewable materials and unique emulsion coatings that have a high film build and flexibility.