Sweet Dreams Tallis Divan Bed Frame
Sweet Dreams Tallis Divan Bed Frame
0% APR Finance Available
14 Days Return
Sweet Dreams Tallis Divan Bed Frame
An elegant, contemporary bed frame, featuring a square winged studded headboard with matching footboard.
This Grand bed frame offers various storage options. Select from a range of drawer configurations or a side lift ottoman.
There is an array of luxurious fabrics to choose from, ensuring that you can tailor the bed frame to suit your space.
The Tallis bed frame is stylish, practical and versatile and will make a statement in any bedroom.
Available in double, kingsize and superking size. This bed frame requires a UK Standard mattress size.
Dimensions
Double: W:153x210 headend/135 footend x D: 212cm
Kingsize: W:168x220 headend/151footendxD: 220cm
Superking: W: 198x220 headend/181 footend x D: 220cm
Headboard Height: 139cm
Footboard Height: 40cm
Sweet Dreams Tallis Divan Bed Frame
An elegant, contemporary bed frame, featuring a square winged studded headboard with matching footboard.
This Grand bed frame offers various storage options. Select from a range of drawer configurations or a side lift ottoman.
There is an array of luxurious fabrics to choose from, ensuring that you can tailor the bed frame to suit your space.
The Tallis bed frame is stylish, practical and versatile and will make a statement in any bedroom.
Available in double, kingsize and superking size. This bed frame requires a UK Standard mattress size.
Dimensions
Double: W:153x210 headend/135 footend x D: 212cm
Kingsize: W:168x220 headend/151footendxD: 220cm
Superking: W: 198x220 headend/181 footend x D: 220cm
Headboard Height: 139cm
Footboard Height: 40cm
Brands | Sweet Dreams |
---|---|
Guarantee | 1 Year Guarantee |
Lead Time | 20-30 Working Days |
SKU | TALLIS |
Bed Type | Divan Beds |
Furniture Type | Beds |
Available Mattress Sizes | Single: 3'0", 90x190cm, Small Double: 4'0", 120x190cm, Double: 4'6", 135x190cm, King: 5'0", 150x200cm, Superking: 6'0", 180x200cm |
Material | Fabric |
Assembly Type | Self Assembly |