Joy Floor Acoustical

Joy Floor Acoustical is a flooring contractor in Memphis, Tennessee, specializing in commercial flooring and acoustical ceiling services. The company serves the Memphis metro area, including Germantown, Collierville, Cordova, Arlington, Bartlett, Overton, Felts, Jericho, Brunswick, Lakeland, and Millington, as well as parts of Northeast Arkansas and Northwest Mississippi. They offer installation, sales, and service for resilient flooring, carpet broadloom, tile, wood, and building-in hardwood, along with acoustical ceiling systems, wall panels, and sound control solutions. Their team works with architects, designers, building owners, facility managers, and general contractors, providing full-service project management from product selection to installation and ongoing maintenance. The company has been serving the region since 1972 and is licensed and insured.

Joy Floor Acoustical maintains a sales division with an extensive inventory for construction projects and is a proud contractor of Armstrong Flooring. They provide moisture testing, moisture remediation, heat welding, and flash cove sheet vinyl installation. Their approach emphasizes efficiency, expert product knowledge, and long-term customer satisfaction, supporting clients throughout every phase of a project.

The business is located on Regal Boulevard in Memphis, Tennessee, situated about a mile from the intersection of Winchester Road and Lamar Avenue. It lies within close proximity to Getwell Road, Getwell School, Tenmile Creek, and the Shelby Training Center, all within a half-mile to three-quarters of a mile distance.

The company holds a 4.50 rating based on customer reviews, reflecting strong performance in service quality and reliability. Their long-standing presence in the Memphis area and focus on commercial projects underscore their established reputation in the flooring and acoustical construction industry. Joy Floor Acoustical remains a trusted partner for commercial building projects across Memphis and surrounding communities.