Sandila/N - Mineral tile suspended ceiling system - Ceiling Tile

OWAcoustic premium Sandila/N is a 15 mm thick, needled, textured, white painted, sand covered, mineral wool ceiling tile offering class C sound absorption. When used in conjunction with one of our OWAconstruct ceiling grids, a perimeter trim and a hanging method, the tile forms a complete suspended ceiling system.

Features and benefits:

• Part of the OWAcoustic collection.
• Cost effective.
• Class C sound absorber.
• Option of square or tegular edges.
• Made with natural, sustainable materials.
• Acoustic board formulated without VOCs or formaldehyde.
• Exceptionally low emissions, improves indoor air quality.
• Tile density ensures the edges are crisp, easy to trim, no resealing necessary.
• The percentage of recycled material used in the production of new tiles is up to 54%.
• Tegular edges are painted to match the colour of the white surface.
• Cradle to Cradle Certified® bronze.

Grids:

Compatible grids to suit edge detail:

• Square edge (E3) = 24 mm cliq, 24 mm hook and 15 mm cliq.
• Teg24 edge (E6) = 24 mm cliq and 24 mm hook.
• Teg15 edge (E15) = 15 mm cliq.

NB. cliq grid has joggled joints and hook grid has butt cut joints.

Our ceiling grid is a strong and rigid galvanised steel tee grid. It has 38 mm high main runners which interconnect end to end and the cross tees ‘click’ into or 'hook' onto the main runner, utilising punched slots at regular centres. This flexible design enables the configuration of a number of standard module sizes, e.g. 600 mm and 1200 mm. Also, each t-bar incorporates punched holes to accept pre-stressed galvanised steel hanging wire for installation. Alternatively, the installer can use adjustable hangers or galvanised steel angle. We engineer and manufacture our premium OWAconstruct grids for strength. Hence, the main runners, which are the primary structural profile, are 0.4mm steel to ensure a robust and rigid system. Our customers and ceiling contractors appreciate the quality.

View Sandila/N on our website.