Oliver Arm Chair, Durango Slate - Furniture - Dining - Chairs & Benches

More Views

  • Oliver Arm Chair, Durango Slate - Furniture - Dining - Chairs & Benches
  • Oliver Arm Chair, Durango Slate - Furniture - Dining - Chairs & Benches
  • Oliver Arm Chair, Durango Slate - Furniture - Dining - Chairs & Benches
  • Oliver Arm Chair, Durango Slate - Furniture - Dining - Chairs & Benches
  • Oliver Arm Chair, Durango Slate - Furniture - Dining - Chairs & Benches

Oliver Arm Chair, Durango Slate

Availability: In stock

$549.00
  • Special Order - Allow 8-10 weeks for delivery on special order items.
  • Sku:173790

$50.00 Front Door Delivery

Request Swatch »

Description

Slender legs and nailhead trim provide this Oliver Arm Chair with a sophisticated silhouette that will up the fashion factor in your dining room. The Durango fabric of the upholstery features subtle texture to increase the appeal, and the high back and sloping arms offer a comfortable spot to rest. Durango Slate is a Crypton fabric that is incredibly durable and stain resistant.

Standard Features

  • Kiln dried hardwood frame is certified from sustainable forest vendors
  • Padding materials are comprised of 100% recycled polyester fibers
  • Wood finish stains are water based
  • Springs consist of 95% recycled metal components
  • Benchmade in the USA

Details

Shown In Durango Slate
Material Detail 100% Polyester
Leg Finish Flannel
Dimensions 24"w 26"d 37"h
Seat Depth 18"d
Seat Height 19"h
Arm Height 26"h
CONTACT US X CLOSE
Name*
Email*
Phone
Message*
Best mode of contact:  Email Phone
Yes, please add me to the High Fashion Home email list.
ITEMS ADDED TO CART
  • CART ITEM SUMMARY : 0
  • |
  • TOTAL : $0.00
X
We also recommend
REQUEST SWATCH X CLOSE

Fill out the form below to receive free fabric swatches. You will receive
your swatches in approximately 5-9 business days.

First Name* Last Name*
Address 1*
Address 2
City*   State*  Zip Code*
Email Address*
   Yes, please add me to the HFH email list.
*Required Fields
 

Inherent dye lot variations are to be expected due to the uniqueness of the material.