Furniture24.ie/Furniture collections/Furniture collection Ruvmela

TV stand Ruvmela 100

Product code: 545323

€466

Only 5 units left at this price

Quantity:

− +

Product highlights

With cable hole

Height 743 mm

Width 1670 mm

Depth 400 mm

Dimensions and features

Category:

Furniture collection Ruvmela

Height:

743 mm

Width:

1670 mm

Depth:

400 mm

Thickness of casing plate:

16 mm

Thickness of front plate:

16 mm

Thickness of upper plate:

16 mm

Leg height:

200 mm

Number of doors:

2 pcs.

Number of drawers:

2 pcs.

Weight:

56 kg

Maximum weight capacity for the top plate:

20 kg

Maximum weight capacity for the shelf:

5 kg

Maximum weight capacity for the drawer:

3 kg

Average delivery time:

10 working days

Shipping cost:

Free delivery throughout Ireland

Warranty:

24 months

Package dimensions:

Legs:

Metal

Soft-close mechanism:

Available

Table type:

Drawers and doors

Cable hole:

Available

Handles:

Plastic

Colour:

Black
Glossy white
Catania oak

Material:

MFC

MFC

A laminated wood chipboard is a furniture board made by compressing wood chips into a solid board and covering it with laminate on both sides.
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.

Origin:

The European Union

Product code:

545323

GPSR:

Additional information

Soft-close mechanism

This mechanism is particularly effective in preventing doors and drawers from slamming shut. Thanks to special dampers, the doors and drawers are slowed down just before closing and gently drawn in, ensuring a completely silent operation.

MDF

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.