Panolam Surface Systems
Alexa Hunter has a diverse work experience in the sales operations and support field. Alexa worked as a Senior Sales Operations Analyst at Panolam Surface Systems from January 2013 to February 2017. Alexa then joined i2Systems as an Inside Sales Representative from February 2017 to May 2018. Alexa returned to Panolam Surface Systems in May 2018 as the Manager of Sales Operations & Support and later became the Director of Sales Operations.
Alexa Hunter attended Suffolk University from 2007 to 2011, where they earned a Bachelor of Science (B.S.) degree in Psychology. Apart from their degree, they do not have any additional certifications.
Panolam Surface Systems
At Panolam® Surface Systems, we are bringing more to the surface. With over 500 colors, 28 finishes and a range of treatments for varying conditions, we offer the broadest selection of integrated surface solutions. More choices mean more solutions and time-savings in selecting materials. With our portfolio of brands, including Nevamar & Pionite HPL, Panolam & Pluswood TFL, FRL, FRP and Conolite customers can find exactly what they need and even discover solutions they never imagined. For over 70 years, we have studied the “wearability” and durability of surfaces in all of life’s conditions - from high-traffic emergency rooms, dormitories, stadiums and industrial plants to residences, upscale restaurants, offices and retail boutiques. Our materials are developed to meet the aesthetic criteria of the most demanding architects and designers and to withstand the friction, the impact and ever-changing conditions of life. Last and definitely not least, Panolam Surface Systems is committed to preserving the quality of our environment and enhancing the quality of life. We are proud to be recognized by UL Environment and many of our products carry the GREENGUARD and GREENGUARD Gold certificates. As we continue to innovate, our commitment to create a healthy planet remains foremost in our efforts. See how Panolam Surface Systems is bringing more to the surface.