Black-White

Kerlite Black-White is the refined collection of large thin slabs that skilfully interprets the absolute tones of black and white, pure colours obtained thanks to the use of raw materials and production standards of the highest level.

Is an innovative choice to cover new surfaces and transform a ceramic product into a real architectural element. Its extraordinarily reduced thickness and perfectly flat surface are made possible thanks to the use of exclusive technology capable of granting an unparalleled degree of elasticity and strength to ultra-thin porcelain stoneware slabs.

Colours

Ultrawhite, Superwhite, Black

Sizes

50x100cm, 100x100cm, 100x300cm

Thicknesses

3.5mm, 5.5mm

Finishes

Silk, Glossy, Smooth, Naturale

Colours

This product has multiple variants. The options may be chosen on the product page

Black-White Black

This product has multiple variants. The options may be chosen on the product page

Black-White Snow

This product has multiple variants. The options may be chosen on the product page

Black-White Ultrawhite

This product has multiple variants. The options may be chosen on the product page

Black-White White

Sizes

Colour Size Thickness Finish
Ultrawhite 50x100cm, 100x100cm 5.5mm Silk, Glossy
Ultrawhite 100x300cm 5.5mm Glossy, Silk
Superwhite 50x100cm, 100x100cm, 100x300cm 3.5mm Smooth
Black 50x100cm, 100x100cm, 100x300cm 5.5mm Silk, Glossy

Finishes

Natural

Silk

Glossy

Smooth

Features

Shade Variation

Black-White’s V1 shading has uniform surfaces and authentic colours.

Easy to Clean

The Black-White collection retains its material and colour over time, is hygienic and easy to clean.

Fibreglass

Thanks to the fiber and a unique manufacturing process, K-System is ultra-strong despite its minimal thicknesses.

Think Zero

The ultra-thin slabs in K-System are natively sustainable and now all of them are 100% compensated for CO2 emissions.

Protect

Black-White surfaces contain an anti-microbial shield featuring silver ion technology integrated into the tiles, eliminating up to 99.9% of surface bacteria.