Acrylic Faced Slab (Delivery within 10 to 14 working days)

If you’re looking for a replacement wardrobe door that mixes simplicity with a bold statement, the Acrylic ZUR Slab is the one for you. A classic slab design, this door is also square-edged, with clean lines that are bound to leave an impression. The elegant, European design is ideal for those seeking a modern look. These smart doors create a streamlined, minimalist effect and will not only refresh your bedroom but take your wardrobes to a whole new level. Don’t worry about pulling out the whole wardrobe unit, simply replacing the doors in your old bedroom with these smart new ones will give the room a lift. Like all our doors, the Acrylic Zurfiz Slab doors are made to measure. Once you’ve decided which colour you’d like to go for, you simply provide the measurements of your existing doors, and we’ll send you perfectly matched new doors that will fit right into the existing units. We can even do the hinge drilling if necessary so that once they arrive, you can have them up in minutes. At Hot Doors we offer 27 gorgeous colour options for these Acrylic Zurfiz Slab doors, including 11 ultragloss options, supermatt colours and wood and marble effect. Despite offering a luxurious and cutting edge look, these doors are extremely affordable, making it one of our best sellers. Opt for neutral, high gloss colours like cream and cashmere for a soothing effect, or demand attention with baltic blue or ultragloss black - you’ll be impressed by the depth of the colours. The different colour options available in this range also complement each other, so you can choose one for the main units and opt for a contrast with drawer fronts. Mix natural materials with Ultragloss Japanese Pear, or Ultragloss Copper Leaf. These doors look perfect in a modern bedroom, so go for metal handles to complete the look. The ultragloss options also offer an easy, wipe-clean surface, reducing cleaning and maintenance. Alternatively, opt for one of the supermatt options and enjoy fingerprint-free surfaces.