Bright Cloud 2.1m-3.5m Extendable Mdf Dining Table – Black

$2,895.20

Out of stock

SKU: CAL-DT2786-DW Category:

Description

Include quick adaptability and easy versatility to your dining space with the CDT2786-DW 2.1M-3.5M Extendable MDF Dining Table – Black
Include easy versatility to your dining room experience with the CDT2786-DW 2.1M-3.5M Extendable MDF Dining Table – Black. Featuring an innovative extendable design, enjoy the quick adaptability of the table to cater to your dining requirements. Its slender design and monochrome finish will allow for effortless and chic styling.

Specifications

Measurements: Overall: 210-350cm (L) x 90cm (W) x 75cm (H)
Leg Thickness: 10cm (W)
Distance between legs: 190-330cm (L)
Features:

  • MDF construction with an oak veneer table top
  • Steel legs in a black finish
  • Extendable feature
  • Seats 6-12 people
  • Assembly required
  • End table frames and legs are finished in smooth matte black

Note:

Due to the nature of timber and veneer, any variations of wood grain and colour are not inconsistencies and should be appreciated.

Delivery Boxes:

Box 1/2: 16.5cmx198cmx98cm, kg, 0.321CBM

Box 2/2: 15cmx105cmx92cm, kg, 0.145CBM

Additional information

Weight 116.5 kg
Dimensions 190 × 303 × 31.5 cm

Brand

Calibre Furniture

Delivery Costs & Delivery Schedule

Metro Deliveries Regional Deliveries Country Deliveries / Remote Deliveries
Orders < $150 and <= 1Kg $6.95 $6.95 $19.95
Orders < $150 and 1-10Kg $9.95 $9.95 $25.00
Orders < $150 and 11-25Kg $16.95 $16.95 $25.00
Orders => $150 and <= 10Kg Free Free $10.00
> 10Kg Calculate at checkout
Delivery Time* 2-5 Business Days 5 – 7 Business Days 7 – 14 Business Days

* Estimation only. Actual delivery time varies depending on many factors, including location, weather, and time of year.

See full shipping information Bright Cloud Living Shipping & Delivery Policy.

Reviews

There are no reviews yet

Add a review
You must be logged in to post a review Log In

The colour might be slightly different due to the colour calibration of each individual monitor.