BALTIMORE 10 seater dining table butterfly leaf dining table with metal dining table legs by Robin Interiors

The BALTIMORE dining table will have a stunning effect in your kitchen or dining area, with its straight lines and contemporary industrial design. Thanks to its size, your robust BALTIMORE table, will fit up to 10 guests! Made from acacia wood and matt black metal legs.

If the industrial style of the BALTIMORE dining table suits your home, find more items in the BALTIMORE collection such as a coffee table and tv stand on our website.

Features of the BALTIMORE Table:
- seats up to 10 guests
- made from metal, solid acacia and veneer
- modern industrial style
- 1 side extension
- coordinated items available
- exposed bolt finish
- matt black metal legs
- hand finished with a protective varnish layer

Top Colour: Burnished Acacia Wood
Leg Colour: Matt Black Metal

Dimensions and weight:
Width: 100 cm
Length without extension: 200 cm
Length with extension: 260 cm
Length of extension: 60 cm
Height: 76 cm 
Weight: 90 kg

Delivery details: 
-For self-assembly - Assembly instructions and fittings are included
-Arrives in 2 parcel(s)
-Parcel 1: L 182 cm x D 107 cm x H 22 cm 
-Parcel 2: L 85 cm x D 97 cm x H 27 cm 
-Total weight of parcel(s): 99 kg

Please check that access points (doorways, stairways, lifts etc) are wide enough to accommodate your delivery.

Maintenance:
-Dust frequently with a clean, dry, non-fluffy cloth
-Do not use varnish, wax, oily products, alcohol, solvent, or perfume 
-Avoid exposing to the sun - exposure can discolour the finish 
-Protect your furniture tops e.g. use waterproof and heatproof tablecloths or coasters
-Do not expose your furniture to liquids - mop up immediately if any spills
-Do not pull your furniture if you move it - lift to avoid scratches on your floor
-Place furniture as far away as possible from heat sources, e.g. log burners - heat sources can cause wooden furniture to warp and/or split etc. Robin Interiors cannot be responsible for damage to furniture due to heat source exposure.