BY APPOINTMENT ONLY | M–F 9AM- 4:30PM | SAT. 9AM-2PM

Beautiful. Durable. Sustainable. Mirror Effect.

Coverlam technical stone surfaces are crafted from natural raw materials. Their exceptional resistance to scratches, high temperatures, stains, and impacts makes them an ideal choice for spaces that experience heavy use.

CarvedTechnology

Coverlam uses CarvedTechnology. It creates micro-relief effects that are synchronized with the veins and grooves of the pieces. This perfectly recreates the naturalness of stone, marble, or wood.

CarvedTechnology achieves maximum realism by giving the pieces a very natural look. The synchronized bas-relief effect that runs through the veins of the material mimics the reliefs found on natural materials like marble and stone.

Coverlam bookmatching is stunning

Bookmatching is a technique used to create a visually seamless and continuous pattern across multiple stone slabs. This is achieved by mirroring two or more slabs so that the veining and movement in the stone match up perfectly when the slabs are placed side-by-side. Coverlam technical stones offers.

Large format and minimal thickness for architecture
The lamination pressing technology used to create Coverlam slabs results in a minimal thickness, which expands the potential applications of this material and offers innovative possibilities for the construction and interior design industries.

CarvedTechnology

Coverlam uses CarvedTechnology. It creates micro-relief effects that are synchronized with the veins and grooves of the pieces. This perfectly recreates the naturalness of stone, marble, or wood.

CarvedTechnology achieves maximum realism by giving the pieces a very natural look. The synchronized bas-relief effect that runs through the veins of the material mimics the reliefs found on natural materials like marble and stone.

More information at coverlambygrespania.com

Large format and minimal thickness for architecture

Sustainable Technology

The lamination pressing technology used to create Coverlam slabs results in a minimal thickness, which expands the potential applications of this material and offers innovative possibilities for the construction and interior design industries.