A large percentage of our 'Noise' complaints originate through poor acoustic design of Floors and Ceilings. We have therefore developed a wide range of solutions varying in performance and thus price.
REGUPOL
-For Impact Sound & Vibration Damping.
-Regupool E48 can be laid under floor screeds and the 4515 product is used under laminate floors
-Impact sound absorption underlays in sheets for use under timber floors, parquetry, ceramics, marble, granite, carpets, vinyls, stone etc
HUSH -Fully developed economical sound insulation systems for new or refurbishment projects using timber joists
HUSH SYSTEM 2003 ADV
-HUSH PANEL 28 LAID OVER 19MM PLASTERBOARD PLANK
-18MM CHIPBOARD DECK (WITH ALL PERIMETERS SEALED USING HUSH SEAL 20, FIXED AS PER MANUFACTURERS INSTRUCTIONS.)
-HUSH SLAB 100 FITTED BETWEEN JOISTS
-HUSH-BAR PLUS SYSTEM SCREW FIXED TO UNDERSIDE OF JOISTS AT 450MM CENTRES ON TO WHICH IS SECURED TWO LAYERS OF HIGH DENSITY PLASTERBOARD, 19MM PLANK AND 12.5MM SOUNDBLOC
-SEAL ALL PERIMETERS PRIOR TO SKIMMING
-PROVIDES A 1 HOUR FIRE RESISTANCE AT CEILING LEVEL
HUSH SYSTEM HF25
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-HUSH FELT 25 RESILIENT STRIP STAPLED TO JOIST TOPS WITH 18MM CHIPBOARD GLUED ABOVE (ALL PERIMETERS SEALED USING HUSH-SEAL 20, FIXED AS PER MANUFACTURERS INSTRUCTIONS)
-HUSH SLAB 100 FITTED BETWEEN JOISTS
-HUSH BAR PLUS SYSTEM SCREW FIXED TO UNDERSIDE OF JOISTS AT 450MM CENTRES
-SECURE ONTO THIS TWO LAYERS OF PLASTERBOARD PLANK (19MM PLANK + 12.5MM SOUNDBLOC)
-SEAL ALL PERIMETERS PRIOR TO SKIMMING
-PROVIDES A 1 HOUR FIRE RESISTANCE AT CEILING LEVEL
HUSH SYSTEM HF25 ADV
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-HUSH FELT 25 RESILIENT STRIP STAPLED TO JOIST TOPS WITH 18MM CHIPBOARD GLUED ABOVE.
-19MM PLASTERBOARD PLANK OVERLAID WITH A FURTHER LAYER OF 18MM CHIPBOARD ABOVE
(ALL PERIMETERS TO BE SEALED USING HUSH-SEAL 20, FIXED AS PER MANUFACTURERS INSTRUCTIONS)
-HUSH SLAB 100 FITTED BETWEEN JOISTS
-HUSH BAR PLUS SYSTEM SCREW FIXED TO UNDERSIDE OF JOISTS AT 450MM CENTRES
-SECURE ONTO THIS TWO LAYERS OF PLASTERBOARD PLANK (19MM PLANK + 12.5MM SOUNDBLOC)
-SEAL ALL PERIMETERS PRIOR TO SKIMMING
-PROVIDES A 1 HOUR FIRE RESISTANCE AT CEILING LEVEL
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MAXIBOARD FIRE RATED DETAILS
MAXI 60 FLOOR / CEILING DETAIL
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-MAXIBOARD INSTALLED ONTO A CEILING CAN ACHIEVE 1 HOUR FIRE PROTECTION.
-MAXI RESILIENT BARS ARE FIXED TO UNDERSIDE OF JOISTS AT A MAXIMUM OF 300 CENTRES
-100MM MINERAL WOOL IS FITTED BETWEEN THE JOISTS AND BEHIND THE RESILIENT BARS
-12.5MM FIRE-RATED BOARDS ARE FIXED DIRECT TO RESILIENT BARS THEN MAXIBOARD PANELS ARE FIXED THROUGH THE FIRE-RATED BOARDS AND INTO THE RESILIENT BARS
-IT IS ESSENTIAL THAT NO GAPS OCCUR BETWEEN PANELS
MAXI 30 FLOOR / CEILING DETAIL
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-FOR 1/2 HOUR FIRE RATING THROUGH THE CEILING, THE 12.5MM FIRE RATED BOARD CAN BE OMITTED FROM THE PREVIOUS STRUCTURE
-MAXI RESILIENT BARS NEED ONLY BE INSTALLED AT A MAXIMUM OF 400MM CENTRES
-MAXIBOARD PANELS CAN BE FIXED DIRECTLY TO RESILIENT BARS USING 25MM COUNTERSUNK SCREWS
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-TO INCREASE THE PERFORMANCE OF THE DETAIL WITH RESPECT TO IMPACT SOUND TRANSMISSION, ACOUSTILAY 3,8 OR 15 CAN BE ADDED TO THE FLOOR ABOVE AS SHOWN
Please contact us for specific applications and performance data, brochures are available for download in the 'PRODUCTS' section of the website. Maxi Ceilings products manufactured by Sound Reduction Systems and Hush Floor/Ceiling details by Hush UK Ltd. Commercial Connections Ltd are the sole Irish distributor for all these products.
Document E 2003
**UK Building Regulations New Approved Document E (2003) now incorporates a new unit of measurement to determine low frequency airborne sound transmission. Due to intrinsic difficulties of measuring low frequency sound, in domestic sized rooms, it must be expected that there could be significant deviations in the accuracy of these measurements. Furthermore, there will be variations from site to site due to structural differences in buildings, general site conditions and workmanship. All these factors can influence the repeatability of both impact and airborne acoustic test results. Therefore, any previous test results must be considered as indication only, and no warranty can be given or implied as to the actual acoustic performance in any particular situation.**