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Advertise Your Acoustic Products in the SOAB Database

Reach acoustic consultants where specification decisions are made. 1 advertisement means visibility in all three supported software (CadnaB, BASTIAN & SONarchitect).

The SOAB Database connects manufacturers with consultants performing ISO 12354-based building acoustic calculations in professional software platforms. Benefits include: direct exposure to acoustic consultants, presence inside ISO 12354 workflows, structured and quality-reviewed data inclusion, visibility across supported calculation platforms

SOAB Database in Numbers 

25+

Years existed

~2000

Solutions

35+

Advertising companies

200+

Acousticians use it actively*

Be Visible During Acoustic Design Decisions

When consultants perform building acoustic calculations, they select constructions and product data directly inside their ISO 12354 software environment.

 

By including your products in the SOAB Database:

  • Your solutions are visible at the point of technical decision-making

  • Consultants can compare your products within real acoustic models

  • Your brand becomes part of the professional workflow

This is not general advertising — it is technical exposure inside the design process.

Content in SOAB Database

Contact us to advertise products in the SOAB Database

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Our price to advertise

The fee covers a one (1) year advertising period of a construction in the SOAB Database for all three acoustic prediction programs: Bastian, SONarchitect and CadnaB.

Advertising is charged per product entry and includes initial data processing and setup fee of €550 only the first year, and annual inclusion fee of €150 per construction. Discount options are available for multiple products.

Products that can be included

The database contains approximately 2000 constructions and includes wall systems, floor systems, ceiling systems, doors and windows, inserted elements, ventilation units and specialized acoustic components.

If your product influences airborne sound insulation performance in buildings, it may be eligible for inclusion.

This is how the SOAB Database started

2001

Founded by Simmons akustik & utveckling (SAU) for Bastian

2010

Reached over 800 products in the database

2021

Developed for Bastian, CadnaB & SONarchitect

2023

Transferred to Sonusoft AB (SOAB)

ADVERTISERS

Working With Some of the Best

abeo Logotype
Betong Norge Logotype
DALOC Logotype
Forbo Logotype
Granab Logotype
Hunton Logotype
Knauf logotype
Logotype for Masonite Beams
Rockwool Logotype
Smartax logotype
Svensk Betong Logotype
Vibisol Logotype
AMC Logotype
CDM Stravitec Logotype
Elitfönster Logotype
Getzner.png
Gyproc Logotype
IMEX Logotype
Lättelement Logotype
MiTek Logotype
Rothoblaas Logotype
Starka Logotype
Swedoor-JW Logotype
Vibratec logotype
Aprobo Logotype
Christian Berner Logotype
Fermacell Logotype
Giha Logotype
HIAK Logotype
Isolgomma.png
MAPEI Logotype
Nivell.png
Sika logotype
SubFloor Logtoype
Tarkett Logotype
Weber Logotype

Frequently asked questions

What we would like from you

To review your products, we would like one of the following:

1

Laboratory measurements

Laboratory measurements, made by a well-reputed, independent institute (a), may be used in the general case, and are preferred for small building elements and sound sources. Results at very low frequencies may need revision. Additional information may be required to document if the construction is reliable on site, especially if there are no experiences from finalized and tested buildings (d)

2

Field measurements

Field measurements, made by experienced acousticians (b), may be used for most products, and are suitable for many sound sources, ductworks, raised or floating floors and complicated assemblies of products where the junctions play an important role to the performance. Here, several tests are needed, to verify reproducibility of the declared results

3

Theoretical calculations

Calculations made by an experienced acoustician (c), with theoretical models being validated by comparisons to measurements of comparable products, is the preferred method for heavy isotropic structures as well as groups of sound sources (e.g. traffic noise). Calculations may also be used for framed structures, e.g. plasterboard walls on resilient studs

Note a: Measurements are made in full accordance with applicable international standards. The laboratory is certified or accredited for these methods, or it participates in national or international inter-laboratory tests (round robins). The laboratory staff examines carefully the test object and the mounting conditions, and reports all relevant details.

Note b: The consultant making the tests is independent, i.e. does not have any commercial interests in the product under test, is not involved in any part of its development, and does not plan the test building. Tests of at least 3 well documented construction samples, preferably in different building projects, shall be presented. These field data will be analyzed by calculations. Appropriate data will be derived; that make calculation results fit to field results on the average, i.e. any systematic differences will be compensated for. The standard deviation of comparison and a design margin are stated.

 

Note c: The consultant making the calculations is independent according to note (b). The report states the software origin, the relevant input data, how the calculation model has been validated for this particular product, and estimates an uncertainty of the data.

Note d: Users of the database should review all information as well. In case of doubt of the sound performance, or any other practical property, we recommend small scale or full scale field tests to be made to verify the performances. Then mounting instructions etcetera should be updated to reflect practical experiences of the product.

Disclaimer: This common policy, as published at www.sonusoft.com, may be changed without prior notice.

Position Your Products Where Acoustic Decisions Are Made

Join manufacturers who increase their visibility within professional building acoustic workflows.

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