Cement

Panel Trama

Cement effect decorative panel from the Cement collection, with an industrial finish and the light weight of engineered materials.

Cement effect decorative panel Trama
Dimensions in cm. Tap the image to enlarge it.
  • Format2.84 m² per panel · mesh-backed texture (119 × 238 cm)
  • MaterialPR 18 kg per panel (stone sheet + polyurethane core)
  • FinishMesh-backed cement effect · Blanco or Gris (Ref. 753/754)
  • ApplicationWall · Interior
BlancoRef. 753
GrisRef. 754

Available in Blanco and Gris · PR finish for interiors.

Interior Fire-resistant Thermal insulation Acoustic Lightweight Bespoke
Interior
Panel cross-section PR

Twin-layer panel: a stone sheet of roughly 4 mm over a high-density polyurethane core that provides thermal and acoustic insulation and acts as a damp barrier. It is the lightest and 'warmest' material in the range, designed for interiors where acoustic and thermal comfort matter.

6–7 kg/m² Weight
B-s1,d0 cert. ENAC Reaction to fire
Thermal + acoustic Insulation
Interior Application

Fitting is straightforward: prepare the surface (a clean, dry, levelled wall), plan the layout so the texture runs on unbroken, apply the specific adhesive to the back, press each panel into place lining it up, and finish the joints with the jointing compound and paint for the colour chosen. Optional bonding accessory: MSA-3 adhesive compound.

1
Gather your materials
Drill, adhesive, spirit level, rule, plugs and screws.
2
Measure and level
A clean, dry and level wall.
3
Cut to size
With a saw or an angle grinder with a fine disc.
4
Apply adhesive
Beads of adhesive from top to bottom on the back of the panel.
5
Position the panel
Press the panel against the wall.
6
Fit the panels together
Join panel to panel, with no gaps.
7
Reinforce with screws
With the panels properly fitted, reinforce with 4-8 screws per panel.
8
Finish and fill
Fit the trim profiles, then fill and paint the joints.
Download technical data

Includes the model's data sheet.

Request information or samples
Tell us
your project