SOUNDPROOFING SOLUTIONS
68Pages

SOUNDPROOFING SOLUTIONS

Packaged quantities may vary. No liability is assumed for printing, technical data and translation errors. Pictures partially completed with accessories not included. Images for illustration purposes only. This catalogue is the exclusive property of Rotho Blaas srl and may not be copied, reproduced or published, totally or in part, without prior written consent. Any violation will be prosecuted according to law. The values provided must be verified by the designer in charge. All rights reserved. Copyright © 2016 by rothoblaas

Rothoblaas is an Italian multinational from the alpine region, a leader in the development and supply of advanced technological solutions for the timber building sector.

ABOUT US Specialists in the wood capentry sector, with a full range of products and solutions, we are the perfect partner for designers and builders. WATERPROOFING SOUNDPROOFING FALL PROTECTION TOOLS AND MACHINES

WE CAN REACH YOU ANYWHERE Thanks to an international experience achieved in more than 20 years of activity and to a network of affiliates strategically located throughout the world, we ensure a high quality service where product safety and delivery timing are always the first priority. Italy - Cortaccia (Bolzano) France - Austria - Spain - Russia - Latvia - Argentina - Brazil - Colombia - Ecuador Chile - Australia - Canada Munich Switzerland Rotho Blaas

FROM IDEA TO MARKET At Rothoblaas we are proud to say that everything from initial product research, product development, product testing through to the finalised product and its entry to the market is done in house. This ensures that we retain 100% control over the whole development process. Robert Blaas Building needs of the market requirements. DEVELOPMENT Study of new solutions Experimental trials Verification audits by qualified bodies Quality assurance LAUNCH Market launch

SOUNDPROOFING PROFILES SOUND RESILIENT MEMBRANES SOUND WAVES AND ACOUSTICS Acoustics in morsels THE ABC OF ACOUSTICS When a body starts vibrating, the particles in contact with it begin to oscillate setting in motion the adjacent ones and generating a perturbation in the object, which spreads to the surrounding environment. This mode of vibration can generate a sound wave that spreads through air, gas, liquid or solid objects with a speed and method that depend on the physical properties of the body. object dry air (15°) water brick glass cork elastic rubber Figure 1.1 Vibration of a foil...

SOUNDPROOFING PROFILES SOUND RESILIENT MEMBRANES PERCEPTION OF NOISE SOURCE OF NOISE 130 dB jet aeroplane at takeoff at 50 m PERCEPTION HUMAN What are decibels (dB) PAIN INJURY TO HUMANS 120 dB ambulance siren, horn at about 1 m 110 dB disco, rock concert INTENSE DISCOMFORT PAIN STRONG DISCOMFORT Logarithmic scale The decibel is the logarithmic unit used to measure the level of noise. As it spreads, the sound wave causes a local variation of the atmospheric pressure detectable by the human ear. The range of sensitivity of the human ear to pressure variation is very broad, therefore, its...

SOUNDPROOFING PROFILES SOUND RESILIENT MEMBRANES ACOUSTICS AND LIVING While acoustics is the science that deals with sound, architectural acoustics covers the behaviour of the sound wave when it is contained within a boundary, represented by the indoor environments of buildings. The World Health Organisation (WHO) defines the concept of well-being as "the state of complete physical, mental and social well-being and not merely the absence of disease or infirmity". ACOUSTIC COMFORT Thus, acoustic comfort is the condition in which a person's activity is not disturbed by the presence of other...

SOUNDPROOFING SOLUTIONS SOUNDPROOFING PROFILES ALADIN STRIPE TITAN SILENT SILENT UNDERFLOOR TIE-BEAM STRIPE GIPS BAND SILENT EDGE SOUND RESILIENT MEMBRANES SILENT FLOOR SILENT WALL ROOF METAL ACCESSORIES HERMETIC FOAM FRAME BAND KOMPRI BAND

SOUNDPROOFING PROFILES INDEX OF USE SOUNDPROOFING EFFICACY APPLICABLE COMPRESSION [N/mm2] Xylofon 35 Xylofon 50 Xylofon 70 Xylofon 80 Xylofon 90 Cork Soft Cork Hard Aladin Stripe Soft Aladin Stripe Extra Soft 0.0

SOUNDPROOFING PROFILES SOUND RESILIENT MEMBRANES XYLOFON Soundproofing, high performing resilient soundproofing profile Polyurethane mixture CERTIFIED Tested by the Industrial research centre of the University of Bologna in accordance with EN ISO 10848 PERFORMANCE APPLICATIONS Mechanical desolidarisation of wood-wood, wood-concrete and wood-steel connections Xlam (Cross Laminated Timber) platform frame LVL structure Blockhaus In an elastic and stable mixture, it significantly reduces the transmission of airborne and structural noise (from 5 dB to over 15 dB) 6 MM The low thickness of the 5...

SOUNDPROOFING PROFILES SOUND RESILIENT MEMBRANES SOUNDPROOFING Tested and certified for use as a desolidarisation and mechanical interruption layer between building materials. Significantly reduces the transmission of airborne and structural noise DESIGN Used in many situations to acoustically separate the more critical structural links (lift shafts and mixed structures). The 6 mm thickness facilitates the design of the architectural details DURABILITY The profiles are easily processed and installed using the most common site tools; their reliability over time is guaranteed by the homogeneity...

SOUNDPROOFING PROFILES SOUND RESILIENT MEMBRANES CODES AND DIMENSIONS XYLOFON CODE XYLOFON MEGA CODE MATERIAL AND DURABILITY Polyurethane mixture between 35 and 90 shore. Product without VOC or toxic substances. Extremely chemically stable and without warping over time. TECHNICAL SPECIFICATIONS PROPERTY Static permanent load (10%) Dynamic elasticity module E', 10 Hz (DMA) Dynamic shear module G', 10 Hz (DMA) Max processing temperature (TGA) Reaction to fire The complete reports of the mechanical-acoustic characterisation of the material are available from the Rothoblaas technical department...

SOUNDPROOFING PROFILES SOUND RESILIENT MEMBRANES TABLE OF USE APPLICABLE LINEAR LOAD [KN/m] For further information on use and calculation, go to page 31 APPLICATION Separating resilient layer for connections between the structural elements. APPLICATION TIPS 1) Lay the profile on the top section of the wall 2) Mechanically fasten with staples every 40/60 cm 3) Lay the horizontal panel of the floor and repeat the operations from step 1 ADDITIONAL PRODUCTS For a comprehensive overview of the available equipment, refer to the catalogue "Equipment for wood constructions"