Summary
- No ceiling grid required, reducing overall costs and clashes with services
- Satisfies acoustic demands set out in Building Regulations; Approved Document E
- Ideal for corridor and plasterboard margin applications
- Minimal void depths (dependent on tile dimensions)
- Brighter appearance via reduced sized perforations
- Available with pre-formed apertures for service integration
- Optional 9x3mm black foam gasket to create recessed edge feature
- Minimum 25 year product life expectancy
Access
- Lay-in tiles offer simple void access without the use of tools
- Removal of grid work facilitates clear access to services above
- Appropriate for many void depths*
* Please contact our technical design team for more information.
Suspension Method
- A range of suitable SAS trims
- Any suitable flanges: linear lights, grilles etc
System Weight
- Tile only is approximately 7kg/m²
- Tile only with plasterboard infill is approximately 9.5kg/m²
Finishes
- Polyester powder coat with smooth finish (20% gloss)
- Available in full RAL colour range*
- Available with an Anti-Microbial coating*
- Available with fine textured finish (SAS FT)*
- Bespoke finishes are available*
* Please contact our technical design team for more information.
Perforation
- Any standard SAS perforation patterns
- Ultramicro (2% open area) for a brighter finish
Acoustic Treatments
- Non-woven acoustic fleece
- Acoustic pad (inert vitreous silicate mineral wool)
- Acoustic pad and plasterboard
- Class A–C sound absorption dependent upon inlay
Integration
- Apertures can be formed during manufacturing for luminaries and other services, reducing on site wastage.
Additional Loads
- When supporting services such as downlights, speakers, detectors and other mechanical and electrical services, the maximum load applied to the ceiling tile must not exceed 7kg including spreader yokes if applicable.
- The application of any load should always be considered. Please consult the SAS technical department for further advice.
Sustainability
SAS International is committed to ensuring environmental best practice throughout the life of its products ensuring minimum impact upon the global environment.
Through better design, responsible sourcing of materials and innovative manufacturing techniques, we are able to provide our clients with solution that help their buildings achieve global environmental standards.