More commonly known as eucalyptus, spotted gum is native to Australia and known for its beautiful straight grain. To create this distinctive design, we combined the wood's renowned natural detailing with a contemporary coloration that features a blend of grays, blues and browns. This cool-tone floor is truly one of a kind.

Equipped with our waterproof K-Core(R) technology, these 48" x 7" rigid core planks can be installed in the morning and walked on in the evening.

This color is also available in 36" x 6" gluedown planks. View KP140.

Create a variety of looks by experimenting with different plank layouts for a classic or contemporary scheme. We have numerous styles and sizes to choose from with our authentic large planks in Art Select and Van Gogh collections to slim and sophisticated looks in Da Vinci.

You can arrange planks running straight down the length of a room for a simple but authentic look or for smaller rooms why not try laying your planks on a diagonal to give the appearance of a wider space.

If you are looking for something a bit different try adding decorative strips in between each plank which we call ships decking to really define your floor. Choose a decorative strip as a contrast to your main floor to create a feature around your furnishings or define the shape of your room.

Allow your imagination to run free and create a floor that is unique to you - from a simple angled tramline perimeter strip to a smooth and sumptious Keyline curve, anything is possible with Karndean Designflooring.

Knight Tile Wood/Stone Flooring

Knight Tile Rigid Core features 100% waterproof K-Core® technology for installation over most existing hard floors without the worry of exposing subfloor imperfections. With a durable 12 mil wear layer and lifetime residential warranty, you will be able to enjoy your floor for years to come.

Download the Knight Tile Rigid Core technical data sheet.

For CAD files, access Floorstyle, select your preferred floor and click on 'CAD Service' to download multiple planks or tiles and associated 3D models.