Video promoting new Modular Flooring Center recognized
Engineered Floors Commercial Division, a leading commercial flooring provider that goes to market under the J+J Flooring Group and EF Contract brands, announced today that a new marketing video recently won a Telly Award in the Promotional Video category.
The video was developed to promote the company’s new Modular Flooring Center, a half a million square foot-plus facility designed to fulfill the company’s growing demand for carpet tile and Kinetex for both J+J Flooring Group and EF Contract. The facility is located in Dalton, GA.
Founded in 1979, The Telly Awards honor excellence in video and television across all screens and are judged by leaders from video platforms, television, streaming networks and production companies including Vice, Vimeo, Hearst Digital Media, BuzzFeed and A&E Networks.
“We produced this video to help convey not only the magnitude and scale of this new technologically advanced manufacturing plant, but also the energy and enthusiasm of our associates that worked to make it a success. We are extremely proud of our new modular flooring center and excited about the major growth capabilities it provides us” said Ross Leonard, Vice President of Marketing for Engineered Floors Commercial Division.
The video can be viewed on both J+J Flooring Group and EF Contract’s websites:
https://www.jjflooringgroup.com/gallery/videos/
https://www.efcontractflooring.com/gallery/videos/
About Engineered Floors Commercial Division
Engineered Floors Commercial Division is a leading commercial flooring provider that goes to market under the J+J Flooring Group and EF Contract brands. As a division of Engineered Floors, LLC, we are proud to be a part of the fastest growing and third largest carpet company in North America. With our range of products including broadloom and modular carpet, Kinetex textile composite flooring and luxury vinyl tile, we engineer all of our flooring solutions with a steadfast commitment to design, quality, service, integrity, and sustainability.