Union Grove, WI, September 04, 2020 --(PR.com
)-- The American Roller research and development team has gained additional in-house support with the recent hiring of AJ Zhu. AJ joins the American Roller team as a VP of Research and Application Development and holds a Ph.D. in Materials Science & Engineering, bringing over 20 years of experience with compound development.
In addition to growing the R&D capabilities in American Roller’s North American facilities, AJ will also be supporting the growth of the company’s footprint in China by expanding the current coatings operation to include coverings and cores.
“We are really excited to announce the recent hiring of AJ. Our dedication to providing industry leading in-house resources and capabilities puts us in a unique position where we can offer our customers the best technical solutions. American Roller employees are engaged every step of the way, from the initial project consultation to development and manufacturing all the way through to the finished product,” said Dan Cahalane, CEO of American Roller.
American Roller’s expanding research and development team is committed to the improvement and future development of roller coverings that solve even the most challenging customer problems. With the addition of AJ and Sujata Sarkar (in late 2019) the in-house expertise of the R&D team is poised for a long term direction of focusing on advanced material science technologies across all product groups: rubber, urethane, plasma, polymers, ceramics, etc.
About American Roller
American Roller Company is an industry leading provider of engineered services and industrial rollers including rubber and urethane coverings, plasma coatings, and core fabrication. Founded in 1938 and based in Union Grove, WI, American Roller has multiple facilities spread throughout the United States and a facility in China. Operating under the American Roller, Plasma Coatings, and C.R.E.W. brand names, American Roller is committed to providing its valued customers ever-improving products, services, and performance.