22.03.2013 Views

Acoustic Insulation - K-Flex

Acoustic Insulation - K-Flex

Acoustic Insulation - K-Flex

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

18<br />

A unique and effective solution<br />

for sound insulation of tubing.<br />

Domestic and commercial buildings<br />

(hotels, hospitals, etc...) have to<br />

meet stringent requirements for<br />

acoustic features.<br />

A certified solution (by the<br />

Fraunhofer laboratory) offers the<br />

best approved result for specifiers<br />

and general contractors.<br />

Description<br />

Ready-to-use system for acoustic<br />

insulation of tubing.<br />

K-FLEX K-FONIK ST GK<br />

Fraunhofer institute certificate no. p-ba 247/2006<br />

To assess the correct level of<br />

soundproofing for waste pipes,<br />

reference should be made to Italian<br />

legislation DPCM 5/12/1997, and also<br />

tests capable of simulating the true<br />

operating conditions of the products,<br />

as per the standards set by DIN EN<br />

14366 and DIN 52219.<br />

These tests enable the evaluation of<br />

acoustic comfort in terms of LASmax<br />

and LAeq (sound pressure level)<br />

not just through R or Rw, typical<br />

parameters for sound insulation of<br />

walls, but are by no means exhaustive<br />

for tubing applications.<br />

Products not specifically tested for the<br />

above parameters are therefore not<br />

valid for use with waste pipes.<br />

Sound Pressure Level L In [dB(A)]<br />

Water capacity [I/s] 0,5 1,0 2,0 4,0<br />

Area: First floor - Area A<br />

without K-FONIK ST GK 48 52 55 57<br />

with K-FONIK ST GK 35 39 42 45<br />

Area: First floor - Area B<br />

without K-FONIK ST GK 14 18 24 27<br />

with K-FONIK ST GK 4 9 14 19<br />

The test meets the requirements of the DIN 4109 (Germany)<br />

DIN 4109/A1: 2001-01 for residential buildings and DIN 4109 for non residential buildings<br />

Applications:<br />

PART OF THE FRAUNHOFER INSTITUTE CERTIFICATE NO. P-BA 247/2006<br />

The test, shown below, is performed by simulating a real installation in a several storey<br />

building with room volumes equal to 70.4 m 3 and 52.6 m 3 (per floor).<br />

Concrete wall<br />

220 Kg/m 2<br />

B<br />

Attic<br />

V = 70,4 m 3<br />

V = 70,4 m 3<br />

Rear basement I<br />

Basement II<br />

Bend 2 x 45°<br />

A<br />

Water inflow<br />

V = 52,6 m 3<br />

Front ground floor<br />

V = 52,6 m 3<br />

Installation wall<br />

Front basement l<br />

www.kflex.com<br />

To water-collecting basin

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!