“Herringbone-laid wood floors are particularly refined, durable and easy to maintain: the choice of antique wood adds class and charm to an already sophisticated and tasteful furniture choice. An antique herringbone parquet floor is usually made by overlapping layers of hardwood and softwood to ensure vigor and thickness of the noble wood. The juxtaposition and combination of different colors among the various boards laid alternately succeeds in uniquely enhancing domestic or professional environments. Antique herringbones can be designed by choosing from a variety of thicknesses and sizes, and completed with handcrafted end workings and patinas.

There are no limits to the possibilities of choice: almost any wood species can be used to make antique herringbone floors, although we favor the use of oak, oak, chestnut, elm, fir and larch because of the excellence of their aesthetic characteristics, strength and ease of workmanship. By dynamically integrating handcrafted techniques and the use of state-of-the-art machinery that allows us to create and work even very narrow planks with skill and precision, we are able to create and lay perfect flooring. The starting point is always the proper care and preservation of materials, subjected to quality treatments in order to offer class, prestige, elegance and durability.”

Request information

Request information

We invite you to experience the Quality

Contact us to find out more about our products and to find the perfect solution for your home or office.

Error: Contact form not found.

About Us

Antica Edilizia combines the antique with the modern in a minimalist style, specializing in antique wood floors, floors, stairs and more. Based in Valmareno di Follina, it offers a wide display of materials and has a large warehouse of antique beams and planking. With 5 manufacturing plants in the Follina area, the company is competitive in the conservative building restoration sector, offering clients an experience that combines history, tradition and passion.

Privacy Preference Center