Ceiling Rafts - SAS600
SAS600 offers a variety of applications from the purely aesthetic to high performance acoustics with service integration.
The rafts and modules are available in a range of curved, flat or angled profiles as standard. Bespoke designs can be achieved to realise highly aspirational interiors.
The flexibility of SAS600 rafts and modules makes them ideal for both new build and retrofit acoustic solutions.
SAS600 is an acoustic raft or module that is directly suspended from a flat structural soffit or in coffers. The system facilitates free air movement to structural slabs to benefit from natural thermal mass cooling.
- Available in curved, flat or angled profiles as standard
- Highly durable, easy and inexpensive maintenance
- Prefabricated off-site with survive apertures for quick, clean and easy installation
- Integrates with lighting and other services
- Natural lighting effects can be achieved through intelligent lighting options
- Offers acoustic performance tailored to interior requirements (absorptive and reflective)
- Reduced capital costs through standardised industry components
- Threaded Rod with suspension channel
System weight is entirely dependent on module dimensions and acoustic treatment.
STANDARD MODULE LENGTHS (MM)
STANDARD MODULE WIDTHS (MM)
- Coating - Polyester powder coat
- Colour - RAL 9010 (Pure White)
SPECIAL & NON-STANDARD FINISHES
- Available in full range of standard RAL colours
- Anti-Microbial Coating
STANDARD RAFT SHAPE
Bespoke baffle shapes are possible. If your specification requires complex shapes, please contact our technical design team for more information.
Flat SAS600 rafts and modules provide the ideal solution to many environments. Luminaires can be integrated within the raft or mounted independently between rafts.
Curved SAS600 rafts and modules allow a larger acoustic area to be incorporated into the design. The raft/module has an integrated central luminaire with acoustic pads to the larger outer surface area.
SAS600 rafts and modules can be designed and tailored to any project or environment. They can incorporate service ducts, removable panels for partitioning or any other specified services including fire detection and control systems.
The rafts and modules are not limited to the flat or curved design. Bespoke designs can be angular, radial or waveform.
SAS600 modules can be supplied with any standard SAS perforation pattern.
(18mm deep, 80Kg density mineral-wool pad with black tissue face).
Other acoustic treatments are available, depending on project requirement. Please contact our technical department for more information.
SAS600 rafts and modules can be manufactured with integrated, traditional and fluorescent LED lighting and other M&E services.
As with traditional suspended ceilings there is a need to integrate M&E services within the ceiling.
Luminaires and up-lighters are some of the different intelligent lighting option available to create natural lighting effects.
SAS600 allows services to be integrated into the design while still allowing natural mass cooling. Air handling, cabling, PA, fire detection and control systems are some of the services that can be designed and installed within SAS600.
Environments require a degree of flexibility for partitioning. SAS600 can be designed with removable panels in between modules to allow full height partitioning to be installed where required.
By installing full height partitioning to the buildings soffit, acoustic attenuation between the two spaces is reduced.
Ceiling mounted acoustic rafts provide acoustic absorption whilst allowing the concrete soffit to be fully exposed for energy-efficient natural cross ventilation cooling.
WORKING IN CONJUNCTION WITH A SUSPENDED CEILING
Rafts and modules provide high levels of acoustic absorption. For demanding environments they can be installed in conjunction with a suspended metal ceiling.
Within schools it is necessary to meet the requirements of BB93 (Acoustic Design of Schools) while balancing the requirements of BB101 (Ventilation of School Buildings).
SAS600 provides acoustic absorption under BB93 while allowing sustainable thermal mass cooling to take place.