Processing

Bernhardt Axiom Rectangular Wood Linear Gray White Dining Table

BH381222
by Bernhardt  from  Axiom
$2,486.00
$3,824.62 35% Off
On Sale Holiday Sale - Limited Time Only
FREE Shipping Ships within 1 to 4 Business Days 25 In Stock
BRAND INFO
  • Item #: BH381222
  • SKU: 381222
  • Brand: Bernhardt
  • Collection: Axiom
  • Warranty: View warranty info
  • Made In:
DIMENSIONS & WEIGHT
  • Dimensions:
  • Weight: lbs
SPECIFICATIONS
Product Style: Bohemian, Modern & Contemporary, Scandinavian
Dining Table Type: Dining Table
Shape of Table: Rectangular
Table Top Material: Wood
Finish: Linear Gray / Linear White
Materials: Poplar solids / Engineered faux anigre veneers
Kit Component: No
Add Accessories
{{ removeDuplicates(validationMessage) }}

Product Overview

The Axiom Dining Table is an elegant modern addition to your dining space, setting the tone with warmth and beauty. The triangulated veneer top in our pyramid fancy face pattern provides texture and added intrigue. This triangle theme is carefully extended into other areas of the design such as the 45-degree corners of the table top and softly tapered legs. The top is finished in a light and warm Linear White finish and complemented with Linear Gray finished legs. The table works beautifully with our Axiom Dining Chairs. The table is extendable with two 20'' leaves for a total length of 122 inches.
FEATURES
  • Poplar solids and engineered faux anigre veneers.
  • Fancy face top in Linear White finish.
  • Two 20'' leaves - not fancy face.
  • Linear Gray finish on legs.
  • Adjustable glides.
  • Seats 8 without extension, seats 10 with extension
BRAND INFO DIMENSIONS & WEIGHT
  • Dimensions: 82-122"W x 44"D x 30"H
  • Weight: 233 lbs
SPECIFICATIONS
Product Style: Bohemian, Modern & Contemporary, Scandinavian Dining Table Type: Dining Table Shape of Table: Rectangular
Table Top Material: Wood Finish: Linear Gray / Linear White Materials: Poplar solids / Engineered faux anigre veneers
Kit Component: No
{{moreText}}

More You May Like

More From Collection

Processing