TESTING-CERTIFICAZIONE TESTING & CERTIFICATION

Fisica della Combustione Physics of Combustion

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Nome commerciale : K-Flex ECO Product Name

Descrizione : Vedi pagina 2 Description : See page 2

Nome / Name : K-FLEX Polska Sp. Z.o.o.

Indirizzo / Address : Wielenin-Kolonia 50B

Città / City : 99-210 Uniejow - Poland

Norma Tecnica / Technical standard: EN 13823:2010+A1:2014 - Reaction to fire tests for building products – Building products excluding floorings exposed to the thermal attack by a single burning item

Originale cliente Original : Client

Copia capo laboratorio Copy: Head of laboratory

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DATI GENERALI / GENERAL DATA:

• Data ricevimento campioni : Product supply date

01/03/2018

• Data esecuzione prove / Date of test : 02/05/2018

• Identificazione delle norme di riferimento : Standard reference identification

EN 13823:2010+A1:2014 EN 13238:2010

Identificazione dei metodi di prova : Test method identification

Orientativa Pre-test

Campionamento / Sampling : Provette di materiale fornite dal cliente. Specimens supplied by the client.

Condizionamento secondo EN 13238 : Conditioning compliing EN 13238

23 °C - 50 % u.r. per 336 ore 23 °C - 50 % r.h. for 336 hours

• Procedura normalizzata / Standard procedure : SI / YES

• Deviazione dai metodi di prova : Standard procedure deviation

SI(*) / YES(*)

• Controllo calcoli / Calculation check : SI / YES CAMPIONI ANALIZZATI / SAMPLES TESTED:

• 2 provette campione denominate / 2 specimens of sample identified:

K-Flex ECO Descrizione : Isolante elastomerico espanso Description : Elastomeric insulation foam

Spessore : 6 mm Thickness : 6 mm Densità : 55±5 kg/m3 Density : 55±5 kg/m3

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Tipo di substrato / Substrate type:

Lastra in acciaio come da EN 13238:2010. Steel sheet complying EN 13238:2010.

Allestimento del campione / Specimen mounting and fixing:

Costruzione del provino come da EN 15715:2009. Incollato sul supporto. Giunto verticale ed orizzontale standard. Specimen mounting complying to EN 15715:2009. Stitched on substrate. Standard vertical and horizontal joints.

DICHIARAZIONE / STATEMENTS:

• I risultati di prova contenuti nel presente rapporto si riferiscono esclusivamente al campione provato. Test results contained in this test report relate only to specimens tested.

• Il presente rapporto non può essere riprodotto parzialmente senza l’autorizzazione del Responsabile del

Centro. The test report shall not be reproduced except in full without the written approval of the Managing Director.

• I dati tecnici riportati nella descrizione del campione sono desunti dalla scheda tecnica allegata dal cliente al campione di prova. The technical data reported on the specimen description are taken from client technical sheet.

• I risultati di prova si riferiscono esclusivamente al comportamento dei provini di un materiale nelle particolari condizioni della prova; essi non sono destinati ad essere l’unico criterio per la valutazione della pericolosità potenziale del materiale in opera. The test results relate o the behaviour of the test specimens of a product under the particular conditions of the test; they are not intended to be the sole criterion for assessing the potential fire hazard of the product in use.

• (*) E’ stato provato un numero ridotto di provini. (*) A reduced number of specimens has been tested.

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FOTOGRAFIE / PHOTOGRAPHS:

Vista frontale ala lunga Long wing front view

Angolo verticale esterno dell’ala lunga Long wing vertical outer edge

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RISULTATI / RESULTS:

• Metodo di prova / Test method: EN 13823:2010+A1:2014

Identificazione provetta Specimen

identification

FIGRA 0.2MJ/0.4MJ

[W/s]

THR [MJ]

LFS [Si/Yes – No/No]

SMOGRA [m2/s2]

TSP [m2]

FDP [No/No -

<10s - >10s]

1

1188,1 a/at 327s 1172,1

a/at 330s

4,2 No/No 165,0 64,7 No/No

2

1216,7 a/at 330s 1216,7

a/at 330s

4,1 No/No 225,2 91,2 No/No

FIGRA = fire growth rate index

THR = total hest release

LFS = lateral flame spread

SMOGRA = smoke growth rate index

FDP = flaming droplets or particles

CLASSIFICAZIONE / CLASSIFICATION:

• Classificazione attribuita al campione: Sample classification:

potenzialmente / potentially E

DATA Date

Settore Fisica della Combustione Physics of Combustion Sector

B. U. Prodotto B. U. Product

03/05/2018

Lorenzo Zavaglio

Ing. P. Fumagalli

Documento firmato digitalmente ai sensi del D. Lgs. N. 82 del 7 Marzo 2005 e successive modifiche

Digitally signed document in accordance with Legislative Decree n. 82 dated March 7th 2005 and subsequent amendments.

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SBI Test Report Laboratory: CSI S.p.A.

Product: K-FLEX ECO

Test no. Test date: Print date:

1 02/05/2018 02/05/2018Test condition Check points Results

Baseline duct temp.(t=30-90) [K] 289.16 HRRav,burner [KW] 31.914 FIGRA threshold: 0.2 MJ [W/s] 1188.1Ambient pressure. [Pa] 100139 HRRstd burner [KW] 0.793 FIGRA threshold: 0.4 MJ [W/s] 1172.1Humidity [%] 75 CO2/O2 Ratioburner 0.560 THR600 [MJ] * 4.2

SPRav,burner [m²/s] 0.036 Lateral flame spread (LFS) reach the edge? Nokt 0.8600 SPRstd burner [m²/s] 0.009 SMOGRA [cm²/s²] 165.0kp 1.0800 TSP600 [m²] * 64.7E' [KJ/m³] 17200 Ambient temp. (t=30-90) [K] 288.70 Flaming droplets/particles (FDP) (flaming <= 10 s)? NoDuct diameter: [m] 0.315 No. of acceptable thermocouples 3 Flaming droplets/particles (FDP) (flaming > 10 s)? No

Minimum for flow [m³/s] 0.5517 Time to FIGRA0.2 [s] * 27Maximum for flow [m³/s] 0.6754 Time to FIGRA0.4 [s] * 30Burner response time [s] 9 Tig (2*6KW) [s] * 15

* After ignition of main burnerBaseline O2

a (t=30-90) [%] 20.6637 Synchronisation information Baseline Last point

Baseline O2 (t=30-90) [%] 20.9492 End data O2 [%] 20.9410 T-Duct (2.5 K drop from baseline) 314.62 303Baseline CO2 (t=30-90) [%] 0.0802 End data CO2 [%] 0.0797 O2 (0.05% rise from baseline) 20.6601 309Baseline light signal (t=30-90) 100.0825 End data light signal 99.7638 CO2 (0.02% drop from baseline) 0.2422 300

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210 260 310 360 410 460

FIGRA (W/s)kW or MJ

Time (s)

HRR, THR and FIGRA values (Zoom)

HRR-Prod.

HRR(30)

THR

FIGRA

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0

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400

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1000

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1400

-10.0

0.0

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FIGRA (W/s)kW or MJ

Time (s)

HRR, THR and FIGRA values

HRR-Prod.

HRR(30)

THR

FIGRA

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0

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-0.100.000.100.200.300.400.500.600.700.800.901.00

0 200 400 600 800 1000 1200 1400 1600

m2 or cm2/s2m2/s

Time (s)

SPR, TSP and SMOGRA values

SPR-Prod.

SPR(60)

TSP

SMOGRA

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Product: K-FLEX ECO

Test no. Test date: Print date:

2 02/05/2018 02/05/2018Test condition Check points Results

Baseline duct temp.(t=30-90) [K] 291.08 HRRav,burner [KW] 30.629 FIGRA threshold: 0.2 MJ [W/s] 1216.7Ambient pressure. [Pa] 100067 HRRstd burner [KW] 0.274 FIGRA threshold: 0.4 MJ [W/s] 1216.7Humidity [%] 75 CO2/O2 Ratioburner 0.586 THR600 [MJ] * 4.1

SPRav,burner [m²/s] 0.079 Lateral flame spread (LFS) reach the edge? Nokt 0.8600 SPRstd burner [m²/s] 0.009 SMOGRA [cm²/s²] 225.2kp 1.0800 TSP600 [m²] * 91.2E' [KJ/m³] 17200 Ambient temp. (t=30-90) [K] 288.69 Flaming droplets/particles (FDP) (flaming <= 10 s)? NoDuct diameter: [m] 0.315 No. of acceptable thermocouples 3 Flaming droplets/particles (FDP) (flaming > 10 s)? No

Minimum for flow [m³/s] 0.5491 Time to FIGRA0.2 [s] * 30Maximum for flow [m³/s] 0.6127 Time to FIGRA0.4 [s] * 30Burner response time [s] 9 Tig (2*6KW) [s] * 18

* After ignition of main burnerBaseline O2

a (t=30-90) [%] 20.6299 Synchronisation information Baseline Last point

Baseline O2 (t=30-90) [%] 20.9532 End data O2 [%] 20.9411 T-Duct (2.5 K drop from baseline) 316.03 297Baseline CO2 (t=30-90) [%] 0.0798 End data CO2 [%] 0.0805 O2 (0.05% rise from baseline) 20.6728 303Baseline light signal (t=30-90) 100.0063 End data light signal 99.9564 CO2 (0.02% drop from baseline) 0.2445 297

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210 260 310 360 410 460

FIGRA (W/s)kW or MJ

Time (s)

HRR, THR and FIGRA values (Zoom)

HRR-Prod.

HRR(30)

THR

FIGRA

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FIGRA (W/s)kW or MJ

Time (s)

HRR, THR and FIGRA values

HRR-Prod.

HRR(30)

THR

FIGRA

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50

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150

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250

-0.20

0.00

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m2 or cm2/s2m2/s

Time (s)

SPR, TSP and SMOGRA values

SPR-Prod.

SPR(60)

TSP

SMOGRA