GOLD COAST SHOWROOM (THE HAMPTONS)
93 ASHMORE ROAD BUNDALL QLD 4217
SEEE STORE LOCATION FOR OPENING HOURS 
**PLEASE NOTE: NOT ALL ITEMS ARE ON DISPLAY**
 https://tigress.com.au/store-locations/gold-coast/

"Harlow" Round Dining Table Natural W150 × D150 × H75 cm (RRP $2999)

In Stock
Only $1,999.00 Regular Price $2,999.00
or 4 interest-free payments of $499.75
Learn more
Fill in your postcode to calculate capped price delivery for unlimited items.
More Information
Dimensions W150 × D150 × H75 cm
Materials Ash Timber Veneer, Concrete Core
Colour Natural
Description

The "Harlow" Round Dining Table Natural combines sculptural design with natural timber tones to create an elegant centrepiece for contemporary dining spaces. Crafted from ash timber veneer, this table features a softly bevelled round tabletop and a distinctive flared cylindrical pedestal base that highlights the natural grain and texture of the finish.

The natural colour brings warmth and organic appeal to your dining area, making it easy to pair with a wide range of dining chairs and interior styles. Reinforced with a concealed concrete core for added stability, the Harlow dining table blends timeless form with modern refinement.

PRODUCT FEATURES

  • Contemporary round dining table with a sculptural silhouette
  • Natural ash timber veneer finish with visible timber grain
  • Softly bevelled tabletop for a refined appearance
  • Flared cylindrical pedestal base with a concealed concrete core
  • Natural finish complements a variety of dining chairs and interiors
  • Assembly required
  • Packed in 2 cartons

COLOUR
Natural

MATERIALS
Ash Timber Veneer, Concrete Core

DIMENSIONS
W150 x D150 x H75 CM
Leg Height: 72 CM

WEIGHT CAPACITY
Maximum Weight Capacity: 65 kg

CARE INSTRUCTIONS
Dust regularly to maintain the surface. For everyday cleaning, use a soft, damp cloth and dry thoroughly. Wipe spills immediately to prevent staining. Always use coasters, placemats and trivets to protect against heat, marks and scratches. Avoid direct sunlight exposure and excessive pressure, which may cause surface impressions.