Phillips Collection PH59417 Log Coffee Table

Product Description: Phillips Collection - PH59417 - Log Coffee Table - Imitating nature is one thing, but bringing the elemental symbols we see in the woods a hint of bling is a passion for us at Phillips Collection. Case in point is our Log Roman Stone Coffee Table, which is made of composite in a creamy Roman stone finish. Cast from a real log, this tree-trunk coffee table in our Cast Naturals Collection personifies our ethos of modern organic. By treating the surface of this log coffee table to such a brilliant finish, we’ve created a chic piece for contemporary interiors. Just imagine how perfectly it will fit into the décor of a modern apartment or a sleek coastal condo! We have a number of tables and decorative pieces in varied finishes in this family of products.

Family owned and operated for nearly forty years, Phillips Collection is recognized as a leader within the home furnishings industry. Known for award-winning designs that tell a story and spark conversation, the modern + organic aesthetic can be seen in the extensive product line. One-of-a-kind woods and natural stones, dimensional wall art, colossal sculptures, accessories and lighting set Phillips Collection apart from the rest.

Inspired by nature, crafted by world-class artisans, delivered to you. Each piece has a story to tell; through the inspiration, the materials, or the culture from which it originated. Phillips Collection is committed to bringing you unexpected furniture and accessories to be cherished for years to come.

Phillips Collection is an organization with a strong commitment to sustainability. From the way the wood is sourced and cut, to inventive re-use of discarded materials, the ethos has been one of preservation, not waste. Looking ahead, Phillips Collection continues to emphasize reducing its carbon footprint and collaborating with organizations and businesses across the industry that support green principles and green production.

Phillips Collection: Every piece a conversation.