icynene ld-c-50r...icynene ld-c-50r ruilding a gutntll tutu •.e description the foam is obtained...

ICYNENE LD-C-50R

RUILDING A GUtNtll TUTU •. e

Description

The foam is obtained by combining two unique components in equal quantitieswith a pump/reactor connected to a spray gun. The expansion of the foam is 100%water based without any blowing agent (the water contained in the resinparticipates to the foam expansion when it is mixed with MOl in the gun chamber).

Physical & Mechanical Properties

'.',- "., '01 .~ -..

Tests Test Method & Uhits Conditions Values

Thermal Conductivity measured according to EN 12667the BBA, Agrement N° 08/4598, NSAlIIAB EN ISO 10456 0.038Agrement 09/0333 W/m.KETA approval 08/0018

Density Range NF EN1602 7.5 - 8.3kg/m3

"'" "..-

Compressive Strength NF EN 826 For a 10% deformation <! 6,7KPa

Water Absorption NF EN 1609kg/rn2 0,3under partial immersion

Resistance to vapor diffusionNF EN 12086

Il3,3

Air Permeability7,6 x1O-9

0.0049USeclm2NFEN29053wlm.s.Pa

Dynamic Stiffness 4,3 - 8,4NF EN 29052-1MN/m'

Fire rating according to ATE n008/0018 Behind a 12mm gypsumboard

B s1 dOEN 13501-1

Acoustic PerformanceComplies to timber frame collective buildings in GreatBritain. BPC (Building Performance Centre) test WP/4950U09

EN 1350/H:1997

Disclaimer: Data presented in this document is based on tests and information, which we believe to be reliable. The document is provided forinformation purposes only and doses not constitute a warranty, expressed or implied, including and warranty of merchant ability or fitness, Thisdata is relied upon at the sole discretion and judgement of user Ireviewer. It is the responsibility to ensure the use of the product complies with allapplicable national and local building codes and regulations.

European Technical Approval ETA-08/0018

2. Characteristics of product and methods of verificationThe methods of verification and characteristics of the thermal insulation evaluated in thisETA are as follows:

CUAP CharacteristicParagraph

Assessment of thecharacteristic

ER1 Mechanical resistance and stability

2.4.1 Corrosion developing capacity on metalconstructions

2.4.2ER2 Safety in case of fireReaction to fire (insulation)Reaction to fire (insulation, 100 mm, inside thestructure of 12 mm gypsum boards, timber studs, 50x 100 mm, construction)

ER 3 Hygiene, health and environmentContent and release of dangerous substances2.4.3

2.4.4

2.4.5

Water absorption, EN 1609

Water vapour permeability, EN 12086u-value

Susceptibility to mould growth, CUAP Annex B2.4.6

ER 4 Safety in use

ER 5 Protection against noise

2.4.7 Dynamic stiffness, EN 29052-1Compressibility, EN 12431ER 6 Energy economy and heat retentionThermal conductivity, A. DEClARED, EN 12667 and EN ISO10456Compressive strength at 10 % deformation, EN 826Tensile strength parallel to faces, EN 1608Delamination strength, EN 1607Dimensional stability (length/width/thickness), EN 1604+70°C, 90 %RH+23 -c. 75 %RH- 30°CRelated aspects of serviceability

2.4.8

2.4.92.4.102.4.112.4.12

Air permeability, EN 29053 7,6 x 10 -9 m3/(m sPa)

White corrosion and perforations in0,075 mm thick zinc foil in contact withinsulation in humid 90 - 95 % RH andwarm conditions

No perforations in 0,075 mm thick copperfoil in contact with insulation in humid 90- 95 % RH and warm conditions

Class F (tested)

Class 8-s1,dO

No dangerous substances *)No flame retardants or biocides0,3 kg/m2

1,13 x 10 -9kg/msPa3,3

Rating 0 (without spore addition)Rating 0-1 (with spore addition)

Not relevant

4, 3 - 8,4 MN/m3

-54%

0,038 W/mK ( density 8,3 kg/m3)

6,7 kPa7,4 kPa17 kPa

- 0,5/- 0,5/+ 0,6 %+ 0,03/+ 0,021- 0,1 %+ 0,02/+ 0,01/- 0,1 %

*In addition of the specific clauses relating to dangerous substances contained in this European TechnicalApproval, there may be other requirements applicable to the products falling within its scope (e.g. transposedEuropean legislation and national laws, regulations and administrative provisions). In order to meet the provisionsof the Construction Products directive, these requirements need also to be compiled with, when and where theyapply.

I No. VTT-5-09028-06 I--------------------------------------------~~~-RESEARCH REPORT

oFINASFinnish Accreditation ServiceT018 (EN ISOIIEC 17025)

Type tests (ITT) of the semi-rigid~ ,foam ICYNENE

I Requested by: ICYNENE INC.

VTT TECHNICAL RESEARCH CENTRE OF FINLAND

RESEARCH REPORT No. VIT -S-04991-07

The calibrations were done at intervals of two weeks.Density of the test specimens was measured according to the standardEN 1602.

Test specimensAs test specimens were used the samples.Before measurements the test specimens were dried at +50 QCtemperature.

Results The test results are presented in table 1.

Table 1. The results of the thermal conductivity measurements of .ICYNENE, (EN 12667).

Test Dimensions of the Mean Temperature Heat Thermalspecimen test specimen Density temperature difference flow rate conductivity

dxaxb p Tm L\T q AIO(nun) (kg/m') eC) (K) (W/m2) (W/(m·K))

1 400,0 x 400,0 x 52,9 8,6 10,17 18,79 13,04 0,0367

2 400,0 x 400,0 x 51,6 8,4 10,16 18,77 13,16 0,0362

3 400,0 x 400,0 x 51,6 8,2 10,15 18,78 13,47 0,03704 400,0 x 400,0 x 51,8 8,3 10,17 18,78 13,34 0,0368

5 400,0 x 400,0 x 51,6 8,4 10,17 18,78 13,39 0,03686 400,0 x 400,0 x 52,7 8,5 10,19 18,79 13,32 0,0374

7 400,0 x 400,0 x 52,0 8,1 10,18 18,78 13,25 0,0367

8 400,0 x 400,0 x 51,9 8,8 10,17 18,80 13,07 0,0361

9 400,0 x 400,0 x 51,5 8,5 10,16 18,77 13,30 0,036510 400,0 x 400,0 x 51,0 8,7 10,15 18,77 13,23 0,036011 400,0 x 400,0 x 51,7 8,8 10,17 18,77 13,47 0,0364

12 400,0 x 400,0 x 52,0 8,5 10,17 18,77 13,04 0,036113 400,0 x 400,0 x 52,0 5,8 10,16 18,79 13,11 0,036314 400,0 x 400,0 x 52,3 8,8 10,16 18,78 12,89 0,035915 400,0 x 400,0 x 50,0 8,1 10,17 18,77 14,05 0,037416 400,0 x 400,0 x 51,7 8,7 10,15 18,79 13,15 0,036216 400,0 x 400,0 x 51,8 8,2 10,16 19,79 13,51 0,0372

18 400,0 x 400,0 x 51,0 8,2 10,16 18,77 13,32 0,0362

19 400,0 x 400,0 x 51,2 8,8 10,18 18,76 13,25 0,036220 400,0 x 400,0 x 51,7 8,1 10,17 18,79 13,40 0,0369

- - 8,3 - - - 0,03655

The use of the name of the Technical Research Centre of Finland (VTT) in advertising or publication of this report in part is possible only bywritten permission from VTT.

-.,-VTT RESEARCH REPORT NO VTT-S-09028-06

Table 6. The results of the water vapour transmission properties measurements of semi-rigidfoam ICYNENE, (EN 12086).

,/

Water Density of Water Water vapour WaterThickness vapour flow water vapour Water vapour vapour resistance vapour

Product/ - of the rate through flow rate permeability diffusionpermeanceLot specimen the specimen g W 0 Z=lfW factor

Test d G (kg/(m2·s» (kg/(m2·s·Pa» (kg/(m·s·Pa» «m2·s·Pa)lkg) !lspecimen (mm) (kg/s)

1 51,0 3,83 x 10-8 2,27 x 10.(; 1,16 x 10-9 59,3 X 10-12 0,86 X IQ9 3,25

2 51,4 3,78 x 10-8 2,24 x 10-6 1,15 x 10-9 58,9 X 10-12 0,87 X 109 3,26....•-....

~3 51,6 3,83 x 10-3 2,27 x 10.(; 1,16 x 10-9 60,0 x 10-12 0,86 X 109 3,21

~ 4 51,4 3,42 x 10-3 2,03 x 10.(; 1,03 X 10-9 53,0 X 10-12 0,97 X 109 3,63U....

5 51,6 3,80 x 10-3 2,26 x 10.(; 1,15 X 10-9 59,5 X 10-12 0,87 X 109 3,23

MeanvaIue - 3,73 x 10-3 2,22 x 10.(; 1,13 x 10-9 58,1 X 10-12 0,89 X 109 3,32

1 53,6 4,02 x 10-3 2,39 x 10.(; 1,22 X 10-9 65,6 X 10-12 0,82 X 109 2,93

2 52,6 3,60 x 10-3 2,14 x 10.(; 1,09 X 10-9 57,2 X 10-12 0,92 X 109 3,36N-....

I 3 52,6 3,83 x 10-8 2,27 x 10.(; 1,16 x 10-9 61,1 X 10-12 0,86 X 109 3,15

4 52,1 3,63 x 10-8 2,15 x 10.(; 1,10 X 10-9 57,2 X 10-12 0,91 X 109 3,37U....

5 52,0 3,52 x 10-8 2,09 x 10.(; 1,06 X 10-9 55,2 x 10-12 0,94 x 109 3,49

Mean value - 3,72 X 10-8 2,21 x 10.(; 1,13 X 10-9 59,3 X 10-11 0,89 X 109 3,26

1 50,4 3,88 x 10-8 2,31 x 10.(; 1,18 X 10-9 59,4 X 10-12 0,85 x 109 3,24

2 50,5 3,63 x 10-8 2,15 x 10.(; 1,10 X 10-9 55,5 X 10-12 0,91 X 109 3,47('f')

-....

I 3 51,0 3,73 x 10-8 2,21 x 10.(; 1,13 X 10-9 57,6 X 10-12 0,89 X 109 3,34

4 50,5 3,69 x 10-8 2,19 x 10.(; 1,12 X 10-9 56,4 X 10-12 0,90 X 109 3,41U....

5 51,0 3,78 x 10-8 2,25 x 10.(; 1,15 X 10-9 58,5 X 10-12 0,87 X 109 3,29

Mean value - 3,74 x 10-8 2,22 x 10.(; 1,13 X 10-9 57,5 X 10-1l 0,88 X 109 3,35

1 509 3,92 x 10-8 2,33 x 10.(; 1,19 X 10-9 60,7 X 10-12 0,84 X 109 3,17

"'"2 51,0 3,97 x 10-8 2,35 x 10.(; 1,21 X 10-9 61,5 X 10-12 0,83 X 109 3,13

-....

I 3 51,0 3,90 x 10-8 2,31 x 10.(; 1,18 X 10-9 60,4 X 10-12 0,85 x 109 3,19

4 51,0 3,60 x 10-8 2,14x 10.(; 1,09 x 10-9 55,5 X 10-12 0,92 X 109 3,47U....

5 507 3,94 x 10-8 2,34 x 10.(; 1,20 X 10-9 60,8 X 10-12 0,83 X 109 3,17

MeanvaIue - 3,87 X 10-8 2,29 x 10.(; 1,17xlO-9 59,8 X 10-12 0,85 X 109 3,22

The use of the name of the Technical Research Centre of Finland (VIT) in advertising or publication of this report In part is possible only bywritten permission from VIT.

RESEARCH REPORT NO VTT-S-09028-06

Table 5. The results of the short term water absorption by partial immersion measurements of semi-rigidICYNENE. (EN 1609).

Short time water absorption byDimensions ofthe test Density partial immersion

specimen p WpProduct I Lot Specimen (mm) (kg/nr') (kg/m2)

1 200 x 199 x 51,5 5,8 0,20

ICYNENE/l 2 200 x 199 x 51,6 5,9 0,15

3 200 x 200 x 51,8 5,5 0,25

4 200 x 200 x 52,0 5,6 0,20

Mean value - 5,7 0,20

1 200 x 200 x 52,0 5,9 0,21

ICYNENE/2 2 200 x 200 x 51,8 5,7 0,18

3 200 x 200 x 52,0 5,8 0,11

4 200 x 200 x 52,0 5,8 0,13


1 200 x 200 x 50,0 6,1 0,38

ICYNENE/3 2 ·200 x 200 x 50,0 5,7 0,41

3 199 x 200 x 50,1 6,0 0,25

4 199 x 199 x 50,0 6,1 0,25


1 198 x 200 x 50,0 6,4 0,31

ICYNENE/4 2 199 x 200 x 50,3 5,8 0,33

3 199 x 200 x 51,0 6,2 0,69

4 199 x 200 x 51,3 5,7 0,41


The use of the name of the Technical Research Centre of Finland (VIT) in advertising or publication of this report in part is possible only bywritten permission from VTT.

· {

I

/i~1'1T TEST REPORT NO. VIT-S-11419-06

Thickness of the test specimens was measured with accuracy of 0, 1 mm fromthe middle of the specimen using 250 Pa load.

Results The results of the air permeability and air flow resistance in table 1.

Table 1. Air permeability and air flow resistance .. ..

Dimensions of Density Volumetric Pressure Airflow Specific Airthespeciinen p airflow rate difference resistance airflow permeability

Test dxaxb (kglm3) qv over the R=AP/qv resistance e.l=( qyXd)(AxAP"specimen (mm.) IArea of (rIfls) specimen (Pa-s/nr') Rs=RxA :> I(m {~,s.Pa))

the test AP Pa-s/mspecimen A (m2) (pa)

1,67 x 10-5 850 5,10 x 10-7 8,02 x 106 6,32x 10-9

1 50,7 d96 x 3971 6,3 8,88 x 10-5 3380 4,06 x 10-7 6,38x 106 7,95 x 10-9

.0,157 11,67 x lO-s 4800 4,11 x 10-7 6,47xl06 7,83 x 10-9

Mean.val.ue - - - - 4,42 x 10-7 6,96 x 106 7,37x 10-9

1,67 x 10-5 840 5,04 x 10-7 8,06x 106 6,48 x 10-9

2 51,9 x 400 x 4001 6,0 8,88 x 10-5 3380 4,06 x 10-7 6,49 x 106 8,06x 10-9

0,160 11,67 x 10-5 4770 4,09 x 10-7 6,54 x 106 7,99x 10-9

Mean.val.ue - - - - 4,40 x 10-7 7,03 x 106 7,5lx 10-9

1,67 x 10-5 760 4,56 x 10-7 7,30 x 106 7,11 x 10-9

3 52,3. x 400 x 4001 6,3 8,88 x 10.5 3490 4,19 )(10-7 6,70 x 106 7,75 x 10-9

0,160 11,67 x 10-5 4440 3,81 x 10-7 6,09 x 106 8,52x 10-9

Mean.value - - 4,19 X 10-7 6,70 x 106 J{79x1O"9"'!'jl:';;:":- .~

Mean value - 6,2 - - 4,34 x 10"7 6,90xl06 I. 756xl0-9,-:

/

Conclusions '--'fhe-results''Concenronly the test specimen studied.

~!!:;;z----Senior Research Scientist

Appendix Appendix 1: Sampling report

OriginalOriginal

Distribution CustomerVIT

icynene ld-c-50r...icynene ld-c-50r ruilding a gutntll tutu •.e description the foam is obtained...

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