Mitchell TLB&mobile 12.15.15

LG Hausys America, Inc-Surfaces Division

Rating: 0 - Write A Review
900 Circle 75 Pkwy Ste 1500
Atlanta, GA 30339
About LG Hausys America, Inc-Surfaces Division
  • LG Hausys is the U.S.-based division of the globally recognized LG brand. Our diverse product offerings include materials specifically designed for interiors, including HI-MACS solid surface and Viatera quartz surface. With the growth of our Surfaces business line, we opened two innovative Surface manufacturing facilities in 2005. Both the HI-MACS® Solid Surface and Viatera® Quartz Surface offer consistent color and seamless appearances.
    For more than 60 years, we have been committed to creating better living spaces. By leveraging the industry’s most advanced technology, we are able to design and produce beautiful, functional and hygienic spaces using eco-friendly products that promote health and well-being. We believe a surface is more than a design element — it’s where we gather to heal both physically and emotionally. That’s why we strive to create stunning, durable surfaces to withstand the demands of the any environment.
Competitors of LG Hausys America, Inc-Surfaces Division
  • ABET LAMINATI

    ABET Laminati is a leading global manufacturer of interior laminates and exterior rainscreen panels. With the industry’s broadest range of colors, textures and patterns in laminate, ABET Laminati provides design professionals with limitless possibilities for any space, whether it be...
  • 3form, Inc.

    3form is a leading manufacturer of resin materials and architectural solutions for the design industry, with a long history of award-winning innovation. Based in Salt Lake City, 3form practices socially and environmentally responsible design.
  • EOS Surfaces

    Founded in 2005 on the principal of innovation, EOS Surfaces offers a variety of progressive surface materials to meet the varied needs of a discerning marketplace. The EOS product portfolio includes EOS, its award-winning 3 cm solid surface that offers premium design and durability at an...