Illusion slip resistant porcelain tile draws inspiration from the luxurious Illusion Bronze Marble. It  features a unique pattern of delicate veins running through a creamy white background. Due to its unique pattern, each piece is unique and can add a touch of luxury to any space.

Available in 3 colors CLOUD , DESERT and ROAD.

Shapes

Now you can choose from a wide variety of geometric shapes and patterns made to order by cutting from the standard stocked sizes. All made at our fabrication shop in California. There are no limits to your creativity. Same porcelain non slip characteristics with unlimited design possibilities. Typical lead time is 2 weeks.

Hexagon-L

Hexagon L

18.5’’x 31.6’’

Hexagon-L

Hexagon S

11.1’’x 13’’

Hexagon-L

Flat Hexagon

10.6’’x 22.6’’

Hexagon-L

Chevron S

5.1’’x 20.5’’

Hexagon-L

Chevron L

7’'x 46.5’’

Hexagon-L

Herringbone

5.8’'x 23.6’’

Hexagon-L

Plank

7.7’’x 47’’

Mosaics

We also offer a selection of standard mesh mounted mosaics also cut from the non slip porcelain options. Ideal for shower floors where added safety is needed or any decorative floor/wall accents. Made to order with a lead time of about 2 weeks. Other customization options may be available.

10n hexagon cutting of porcelain anti slip tiles by water jet

1x1 Field Mosaic

12’'x 12’’ Mesh mounted

10n hexagon cutting of porcelain anti slip tiles by water jet

2x2 Mosaic

12’'x 12’’ Mesh mounted

10n hexagon cutting of porcelain anti slip tiles by water jet

1x1 Offset Mosic

12’'x 12’’ Mesh mounted

10n hexagon cutting of porcelain anti slip tiles by water jet

2x2 Offset Mosaic

12’'x 12’’ Mesh mounted

10n hexagon cutting of porcelain anti slip tiles by water jet

1x2 Herringbone

12’'x 12’’ Mesh mounted

10n hexagon cutting of porcelain anti slip tiles by water jet

1x2 Parquet

12’'x 12’’ Mesh mounted

Aplication Chart

AreaBathroomLivingCommercialHeavy trafficExteriorInteriorShowerPool
Wall
Floor

Technical Specs

Slip ResistanceThicknessWater AbsorptionFrost ResistanceDownload
DCOF > 0.65
R11
10 mmLess than 0.5% PDF