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Technical catalogue

Technical catalogue
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Technical catalogue

Product catalog summary
Introduction
This technical catalogue from Isolgomma offers solutions for thermal and sound insulation in buildings, targeting professionals like designers, architects, engineers, and acoustical consultants to enhance living comfort through effective insulation.
Company Overview
Founded in 1972, Isolgomma is known for innovation in sound and thermal insulation products, operating under ISO 9001, ISO 14001, and OHSAS 18001:2007 standards, with a focus on environmental sustainability using recycled materials.
Acoustic Insulation
Isolgomma provides a variety of products for sound insulation in floors, walls, and ceilings, supported by acoustic tests according to ISO 140 and ISO 717 standards.
Thermal Insulation
The company uses recycled rubber technology to combine thermal and acoustic insulation, ensuring optimal thermal insulation, humidity resistance, and ease of installation.
Environmental Sustainability
Isolgomma contributes to LEED® credits with products containing at least 92% recycled materials, emphasizing eco-friendly construction.
Acoustic Basics
The document explains sound as a molecular wave, with human hearing ranging from 16 Hz to 20,000 Hz, and highlights the importance of acoustic standards in construction.
Standards and Norms
European laws and standards like ISO 140, ISO 717, and EN 12354 govern acoustic insulation, with a comparison of national laws across Europe.
Thermal Basics
Thermal insulation reduces heat exchange between environments, with guidelines for compliance with European regulations.
Product Applications
The catalogue details applications for insulation products, including floating screeds, underfloor heating, and terraces, supported by technical data sheets and installation instructions.
Laboratory Setup and Standards
The laboratory is designed for airborne noise insulation tests, adhering to ISO 10140 standards, with a maximum testable airborne sound insulation value of 65 dB.
Testing Capabilities
The laboratory conducts tests for airborne sound insulation indices, impact sound insulation indices, and vibration tests in building environments.
Floor Insulation Techniques
A floating screed system is recommended for impact sound insulation, with components like under-wall strips, levelling screed, acoustic insulation, and edging perimeter strips.
Product Specifications
Products are detailed with sound insulation values (Lnw and Rw in dB) and thermal transmittance (U in W/m²K), including Syl, Roll, Grei, and Upgrei.
Overview
The document provides guidelines for constructing floors with acoustic and thermal insulation, focusing on preventing structural vibration and noise transfer.
Key Sections
  • Structural Components: Use of concrete slabs and wooden beams for load capacity and acoustic insulation.
  • Acoustic Insulation: Layers for impact sound improvement, using SBR and EPDM rubber granules.
  • Edging Perimeter Strips: Ensure separation from walls to prevent noise transfer.
  • Heating Panels: Part of the underfloor heating system.
  • Floating Screed: Mixture of sand and cement, with a minimum thickness of 4 cm.
  • Floor Finish: Maintains the integrity of the edging strip.
  • Thermal Insulation: Provided above the acoustic layer, using materials like polystyrene or mineral wool.
  • Waterproof Membrane: Prevents water penetration.
Data Tables
Tables list products with acoustic performance (Lnw and Rw in dB), thermal conductivity (U in W/m²K), and references to technical data.
Conclusion
The document serves as a comprehensive guide for constructing insulated floors, emphasizing the importance of each component for optimal acoustic and thermal performance.
Acoustic Insulation Materials and Systems
Specifications include rolls made from SBR or EPDM granules, and panels like Kenaf fiber, mineral rock wool, and polyester fiber.
Installation Procedures
Acoustic insulation is installed in layers, with suspended ceilings and double wall systems enhancing acoustic properties.
Performance Metrics
Products are evaluated based on sound insulation (Lnw and Rw in dB) and thermal insulation (U in W/m²K).
Recommendations
Select insulation materials based on space requirements, ensure proper installation, and use gypsum plaster to enhance wall mass.
Key Data from Tables
Products are listed with sound and thermal insulation values, with references to detailed product data and test results.
Wall Insulation Specifications
Includes plasterboard layers, laminated panels, acoustic strips, and metal frames for structural support.
Facade Insulation
Addresses weak points like windows and ventilation holes, with silencers to maintain sound insulation levels.
Structural Insulation
Uses elastomeric joints and structural bearings to prevent sound and vibration propagation.
Systems Insulation
Involves pipe insulation and anti-vibration solutions for buildings near roads and railways.
Vibration Insulation
Focuses on mass-spring systems for reducing vibrations in machines, with Isolgomma's MEGAMAT line addressing various applications.
Mass-Spring System
Involves a force vibration applied to a mass, transmitted through a spring, with efficiency determined by the transmission factor (T).
Vibration Insulation Products
Specifications for MEGAMAT products, detailing insulation efficiency and attenuation values.
Vibrating Machines
Setup includes steel beams, anchor bolts, and antivibration panels for different machine weights and frequencies.
Acoustic Calculations
Includes detailed calculations for floor and slab configurations, using ISO 717 standards.
Floor Insulation
Describes various setups, providing transmission loss data for each configuration.
Conclusion
Emphasizes the importance of selecting the right materials and configurations for effective vibration and sound insulation in building structures.
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Catalog excerpts

Technical catalogue-2

The solutions to your questions Design for living - the perfect instrument for you as Designer, Architect, Engineer or Acoustical Consultant. This is the new technical catalogue from Isolgomma, a manual wich is easy to use and offers solutions for thermal and sound insulation in buildings. Our aim: to provide the best solutions for comfortable living. Our skilled Technical Department is at your complete disposal for any further specific request [email protected] Visit our web site: www.isolgomma.com Application guideline The solutions shown in this manuals are proposed with the scope to...

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Technical catalogue-3

Isolgomma Company... Research & Development: we invest in innovation

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Technical catalogue-4

Company History: • 1972 Establishment of Isolgomma in Vicenza. • 1985 The “Roll” mat line for impact sound insulation for floor is patented. • 1993 The new “Mustwall” panels line for acoustic wall insulation is patented. • 1999 A new factory in Albettone is built. • 2001 Isolgomma obtains ISO 9001 quality system certification. • 2002 The research center in Pozzuoli (NA) is inaugurated. • 2005 The new “Grei” line for flooring insulation is patented. • 2008 New Isolgomma Acoustics Lab is built according to ISO140 standard. • 2012 Opening of San Paolo (Brasile) Sale Office. Technical support - Italy...

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Technical catalogue-5

Harmony between Nature and Humanit . A A commitment to well being and quality of living: Quality of life evolves from silence.

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Technical catalogue-6

Environmental sustainability Construction materials need to be more and more Eco-Friendly to ensure the lowest environmental impact. Isolgomma has always used recycled raw materials, highly selected, to preserve the environment and quality of life. Isolgomma now operates in full compliance with EN ISO 14001 and OHSAS 18001:2007 standards. Isolgomma is member of GBC Italia organization and with its products which contain a minimum of 92% recycled materials, contributes to achieve the LEED® credits rate system. Acoustic insulation Isolgomma has been a leading company in the supply of sound insulations...

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Technical catalogue-7

INTRODUCTION ACOUSTIC BASICS STANDARDS ISOLGOMMA LABORATORY APPLICATION APPLICATION DETAIL CEILINGS INSULATION WALLS INSULATION Mustwall B, Mineral B, Rewall, Natur B Trywall, Fybro, Natur, Mineral DOUBLE WALL FLOORS INSULATION Syl, Roll, Grei, Upgrei Syl, Roll, Grei, Upgrei Syl, Roll, Grei, Upgrei Syl, Roll, Grei, Upgrei Sylcer Sylwood Mustwall, Fybro, Biwall, Natur, Mineral COATED WALL Trywall, Natur, Mineral Mustwall B, Rewall B, Natur B, Mineral B VIBRATING MACHINES FLOATING SCREED UNDERFLOOR HEATING WOODEN SLAB STRUCTURE TERRACE UNDER CERAMIC FLOOR UNDER WOODEN FLOOR COATED SUSPENDED PLASTERBOARD...

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Technical catalogue-8

FLOORS INSULATION CEILINGS INSULATION VIBRATION INSULATION FACADE INSULATION SYSTEMS INSULATION VIBRATION INSULATION STRUCTURAL INSULATION WALLS INSULATION

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Technical catalogue-9

building Acoustic basics Sound is a molecular wave, produced by a sound source which is propagated in an elastic means with an oscillator mechanism to produce a pressure variation and a particle movement around an equilibrium point. The sound is propagated through the air (or other physical element) as a longitudinal wave. The sound velocity is a function of the air property and not from the frequency or sound wave shape. Sound from a pressure unit point of view involves 8 units of magnitude, from 0.00001 Pa up to 100 Pa. This wide range is not practical for acoustical analysis, evaluation and...

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Technical catalogue-10

Acoustic Standards & Norms building EUROPEAN LAWS AND STANDARDS From a Technical point of view certain groups of ISO and EN standards govern the various calculation, measurements and testing situations ( e.g. ISO 140, ISO 717, EN 12354); while the performance indexes of the various building regulations are still governed by the national laws of each individual country. The following graphs shows the indexes as per the national laws of acoustic insulation levels for walls and floors for each country. From these we can see the variations in European insulation levels from country to country. Austria...

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Technical catalogue-11

[ ] R’w DETERMINATION OF Rw INDEX FOR AIRBORNE SOUND INSULATION Rw and R’w according to ISO 717-1 The transmission loss index Rw, is the value in dB at 500Hz of the ISO curve 717-1 ( red curve) after the due translation. In fact the reference curve ISO 717 (red) must be moved up or down so that the yellow area have to be < 32 dB of the recorded curve. Unfavourable refuse + positive variation - negative variation Reference curve translate DETERMINATION OF Lnw INDEX FOR IMPACT SOUND LEVEL Ln,w and L’n,w according to ISO 717-2 The impact sound insulation index Lw, is the value in dB at 500Hz...

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Technical catalogue-12

For thermal insulation means all systems and operations making up the efforts to reduce the heat flow of heat exchanged between the two environments at temperatures different. The thermal insulation in building construction is aimed, primarily, in order to contain the heat inside buildings. The interventions of thermal insulation in buildings are regulated by the provisions of the European Community, to which designers and applicators should refer. It is therefore appropriate to inquire in great detail about the requirements of the law and even more about the actual technical capabilities of...

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Technical catalogue-13

building Isolgomma Laboratory Since June 2008 Isolgomma S.r.l. is equipped with an Acoustic Laboratory made according to ISO 10140 standards and suitable to conduct acoustic test for floor and walls. It had been designed and built in cooperation with Padua University following the latest rules of acoustics and building standards. Thanks to this news advance Laboratory the R&D Isolgomma department is able to perform the following tests: • Airborne sound insulation index for partition walls, floors and roofs. • Impact sound insulation index for standardized floor on reinforced concrete slab of 14...

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Technical catalogue-15

Floor insulation Floating screed A floating screed is the ideal solution for the impact sound insulation of any type of floor. This floor system is designed in order to obtain “mass” over the resilient layer which is acting as a “spring” to produce that mitigation effect. This floor system very efficiently reduces sound waves and vibration produced by walking, speaking or other sources. This is thanks to the floor system transforming all vibration and sound into micro movements of the upper floating screed. Under-Wall Strip: under any wall or partition a resilient strip is needed in order to...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.