The classic oak finish of this stunning radiator cover is sure to turn heads in your home. Perfect for hiding away radiators with unusual dimensions, you’ll love its smart style and adaptability.
If you’re in search of a way to make that unattractive or old fashioned radiator disappear, you’ll absolutely love this beautiful oak radiator cover from Jack Stonehouse. Exuding sophistication and refined taste, this stunning MDF cabinet boasts a premium quality look and finish without the luxury price tag. Effortless in every way, it’s most certainly the easier and more affordable alternative to completely replacing your radiator. The oak effect of this fantastic cabinet is a classic and timeless design, made even more elegant by its chamfered edges and smart panel grill. Make it even more of a focal point in your living space by using the cabinet to display your prized ornaments and favourite photographs.
We believe that when a piece of furniture radiates effortlessness, this should include its construction, not just the end result. Devoid of any confusing instructions or complicated parts, this superb oak radiator cover is quick and easy to assemble. We deliver the cabinet flat packed so that it is easier to move to the correct room and we also include all of the fittings that you need to secure the unit flush to the wall. Not only does this make the already sturdy cabinet even more stable, it also completes the final polished look.
Although you don’t want to stop your little ones from having fun around the house, you do want to ensure that they are as safe as possible from any potential hazards in the home. Young children are particularly vulnerable to accidental burns which can occur from coming into contact with a hot radiator. Our radiator covers are a great way to block access to the appliance and prevent your little ones from getting injured.
Package dimensions – 91 x 40 x 15.5cm
Package gross weight – 23g
Radiator Cover Dimensions:
External – 140-203 x 81.5 x 21.5cm
Internal – 127.4-190 x 78.5 x 16.7cm
Delivery / Return