Epipla1.gr/Furniture collections/Furniture collection Fencalu

Coffee table Fencalu 107 (Light wood)

Product ID: 535789

189 €

Colour:Light wood

Quantity:

− +

Product highlights

Height: 41 cm

Width: 60 cm

Length: 120 cm

With doors

Dimensions and features

Category:

Furniture collection Fencalu

Height:

41 cm

Width:

60 cm

Length:

120 cm

Leg height:

15 cm

Number of doors:

2 pcs.

Weight:

22 kg

Maximum weight capacity:

20 kg

Average delivery time:

12 working days

Shipping cost:

Free delivery in mainland Greece

Warranty:

24 months

Package dimensions:

Worktop material:

MDF

MDF

MDF stands for Medium Density Fibreboard. This board is similar to chipboard, but its production is different. MDF board is obtained by gluing and pressing wood fibers to form a solid board. Therefore, these panels have a particularly high resistance to breakage and bending.

Handles:

Wood

Colour:

Black
Light wood

Material:

MDF

MDF

MDF stands for Medium Density Fibreboard. This board is similar to chipboard, but its production is different. MDF board is obtained by gluing and pressing wood fibers to form a solid board. Therefore, these panels have a particularly high resistance to breakage and bending.
Metal

Material type:

Iron

Wood:

Pine

Origin:

China

Product ID:

535789

GPSR:

Additional information

Fluted furniture

Slats are a decorative feature used on furniture fronts, typically made up of vertical lines formed either from individual slats or carved grooves. This type of front design not only gives the furniture an elegant appearance but also adds a modern touch to the interior.

Robot vacuum friendly

The legs are designed for standard robot vacuums. Devices up to 10.5 cm high can easily slide under furniture and will not get stuck.

MDF coated

MDF stands for medium-density fibreboard. It is similar to chipboard, but differs in how it is produced. MDF is made by bonding and pressing wood fibres together to form a solid, uniform panel. As a result, it offers excellent resistance to cracking and bending.