Planning on adding an office? Commercial & Industrial Services can supply and fit these for you. We use a variety of the top performing relocatable partitioning.
Our Fire & Sound partition is a versatile, demountable and re-locatable partition system that provides up to one hour fire performance and high levels of sound reduction. The variety of partition widths, stud, panel and joint / trim options make the system ideal for a wide range of uses, in both office and light industrial areas.
The system is constructed using an aluminium head channel and galvanised steel studs together with aluminium glazing and door frame sections. The 77mm system is available with single centre, single offset and double glazing. The 102mm system has single centre and double glazing options only.
One or two layers of the specified panel can be fitted to provide the level of fire, sound or structural performance required.
Panel options include plasterboard with bevelled or negative edges to create feature joints, square edge boards for use with the suite of trim sections or tapered edge boards for flush monolithic finish. Panels can be supplied pre-decorated with a choice of wallcoverings or fabricated with laminate or steel facings. Standard module size is 1200mm. Maximum construction height is determined by the choice of stud size and panel type, however, 102mm Fire & Sound can be built up to a height of 4200mm. Venetian blinds can be accommodated within the system, as can a range of electrical switches with the use of a cable management post. Solid core doors are available in natural wood finishes, including Ash, Koto, Oak, Cherry, Beech, Maple and Sapele. All doors can include shape or size of vision panel or lipping variables.
The Fire & Sound system has been tested to BS476 part 22 and offers up to 60 minutes fire resistance in full height glazed, solid and door elevations. Insulation performance is available on both solid and glazed elevations. Where acoustic performance is a consideration, the system can provide sound attenuation values of up to 52dB(Rw) under laboratory test conditions.
