TECHNICAL SPECIFICATIONS

Properties of Terrasit EPS F Economic

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 2 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal conductivity  (λ _D)

–

12667

0,039 W/mK

Fuel Classification

–

13501-1

Class E

Tensile strength

TR

1607

100 kPa

Bend strength

BS

12089

100 kPa

Long-lasting water absorption during immersion

WL

12087

2,5 %

Stability of changes under lab conditions

DS(N)

1603

± 0,2 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 1 %

Vapor diffusion resistance, μ

–

12086

20-70

EPS-EN 13163-L2-W2-T2-S2-P5-BS100-DS(N)2-DS(70,-1)1-TR100-WL(T)2,5

Thermal resistance by thickness in mm – RD[m²K/W]

10

20

30

40

50

60

80

100

120

140

150

160

180

200

220

240

250

300

0,24

0,49

0,73

0,98

1,22

1,46

1,95

2,44

2,93

3,41

3,66

3,90

4,39

4,88

5,37

5,85

6,10

7,32

Properties of Terrasit EPS F Classic

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 2 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal conductivity  (λ _D)

–

12667

0,038 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Tensile strength

TR

1607

150 kPa

Bend strength

BS

12089

115 kPa

Long-lasting water absorption during immersion

WL

12087

4 %

Stability of changes under lab conditions

DS(N)

1603

± 0,2 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 1 %

Vapor diffusion resistance, μ

–

12086

20-70

EPS-EN 13163-L2-W2-T2-S2-P5-BS115-DS(N)2-DS(70,-1)1-TR150-WL(T)4

Thermal resistance by thickness in mm – RD[m²K/W]

10

20

30

40

50

60

80

100

120

140

150

160

180

200

220

240

250

300

0,26

0,53

0,79

1,05

1,32

1,58

2,11

2,63

3,16

3,68

3,95

4,21

4,74

5,26

5,79

6,32

6,58

7,89

Properties of Terrasit EPS F Super

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 1 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal conductivity (λ_D)

–

12667

0,038 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Tensile strength

TR

1607

150 kPa

Bend strength

BS

12089

115 kPa

Long-lasting water absorption during immersion

WL

12087

4,5 %

Stability of changes under lab conditions

DS(N)

1603

± 0,2 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 1 %

Vapor diffusion resistance, μ

–

12086

20-70

EPS-EN 13163-L2-W2-T1-S2-P5-BS115-DS(N)2-DS(70,-1)1-TR150-WL(T)4,5

Thermal resistance by thickness in mm – RD[m²K/W]

10

20

30

40

50

60

80

100

120

140

150

160

180

200

220

240

250

300

0,27

0,54

0,81

1,08

1,35

1,62

2,16

2,70

3,24

3,78

4,05

4,32

4,86

5,41

5,95

6,49

6,76

8,11

Properties Terrasit EPS F Professional

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 2 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal conductivity (λ _D)

–

12667

0,036 W/mK

Fuel classification EN 13501

–

13501-1

Class E

Tensile strength

TR

1607

150 kPa

Bend strength

BS

12089

115 kPa

Long-lasting water absorption during immersion

WL

12087

2,5 %

Stability of changes under lab conditions

DS(N)

1603

± 0,2 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 1 %

Vapor diffusion resistance, μ

–

12086

20-70

EPS-EN 13163-L2-W2-T2-S2-P5-BS115-DS(N)2-DS(70,-1)1-TR150-WL(T)2,5

Thermal resistance by thickness in mm – RD[m²K/W]

10

20

30

40

50

60

80

100

120

140

150

160

180

200

220

240

250

300

0,28

0,56

0,83

1,11

1,39

1,67

2,22

2,78

3,33

3,89

4,17

4,44

5,00

5,56

6,11

6,67

6,94

8,33

Properties of Terrasit EPS F Graphite

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 1 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal conductivity (λ _D)

–

12667

0,032 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Tensile strength

TR

1607

150 kPa

Bend strength

BS

12089

115 kPa

Long-lasting water absorption during immersion

WL

12087

2,5 %

Stability of changes under lab conditions

DS(N)

1603

± 0,2 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 1 %

Vapor diffusion resistance, μ

–

12086

20-70

EPS-EN 13163-L2-W2-T2-S2-P5-BS115-DS(N)2-DS(70,-1)1-TR150-WL(T)2,5

Thermal resistance by thickness in mm – RD[m²K/W]

10

20

30

40

50

60

80

100

120

140

150

160

180

200

220

240

250

300

0,31

0,63

0,94

1,25

1,56

1,88

2,50

3,13

3,75

4,38

4,69

5,00

5,63

6,25

6,88

7,50

7,81

9,38

Properties of Terrasit EPS 100

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 1 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal conductivity  (λ _D)

–

12667

0,036 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Compressive stress at 10% deformation

CS(10)

80 kPa

Long-lasting water absorption during immersion

WL

12087

4 %

Stability of changes under lab conditions

DS(N)

1603

± 0,5 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 3 %

EPS-EN 13163-L2-W2-T1-S2-P5-BS115-CS(10)80-DS(N)5-DS(70,-)3-WL(T)4

Thermal resistance by thickness in mm – RD[m²K/W]

10

20

30

40

50

60

80

100

120

140

150

160

180

200

220

240

250

300

0,28

0,56

0,83

1,11

1,39

1,67

2,22

2,78

3,33

3,89

4,17

4,44

5,00

5,56

6,11

6,67

6,94

8,33

Properties of Terrasit EPS 120

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015)

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 1 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal conductivity (λ _D)

–

12667

0,036 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Compressive stress at 10% deformation

CS(10)

80 kPa

Long-lasting water absorption during immersion

WL

12087

4 %

Stability of changes under lab conditions

DS(N)

1603

± 0,5 %

Stability of changes certain conditions

DS(70-1)

1604

≤ 3 %

EPS-EN 13163-L2-W2-T2-S2-P5-BS115-CS(10)80-DS(N)5-DS(70,-)3-WL(T)4

Thermal resistance by thickness in mm – RD[m²K/W]

10

20

30

40

50

60

80

100

120

140

150

160

180

200

220

240

250

300

0,28

0,56

0,83

1,11

1,39

1,67

2,22

2,78

3,33

3,89

4,17

4,44

5,00

5,56

6,11

6,67

6,94

8,33

Properties of Terrasit EPS 150

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 1 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal conductivity (λ _D)

–

12667

0,036 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Compressive stress at 10% deformation

CS(10)

150 kPa

Long-lasting water absorption during immersion

WL

12087

4 %

Stability of changes under lab conditions

DS(N)

1603

± 0,5 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 3 %

EPS-EN 13163-L2-W2-T2-S2-P5-BS115-CS(10)80-DS(N)5-DS(70,-)3-WL(T)4

Thermal resistance by thickness in mm – RD[m²K/W]

10

20

30

40

50

60

80

100

120

140

150

160

180

200

220

240

250

300

0,28

0,56

0,83

1,11

1,39

1,67

2,22

2,78

3,33

3,89

4,17

4,44

5,00

5,56

6,11

6,67

6,94

8,33

Properties of Terrasit EPS 200

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 3 mm

Width

W

822

± 3 mm

Thickness

T

823

± 2 mm

Squareness

S

824

± 5 mm

Flatness

P

825

± 5 mm

Thermal conductivity (λ _D)

–

12667

0,034 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Compressive stress at 10% deformation

CS(10)

826

200 kPa

Long-lasting water absorption during immersion

WL

12087

2 %

Stability of changes under lab conditions

DS(N)

1603

± 0,5 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 3 %

EPS-EN 13163-L3-W3-T2-S5-P5-BS115-CS(10)200-DS(N)5-DS(70,-)3-WL(T)2

Thermal resistance by thickness in mm – RD[m²K/W]

10

20

30

40

50

60

80

100

120

140

150

160

180

200

220

240

250

300

0,28

0,56

0,83

1,11

1,39

1,67

2,22

2,78

3,33

3,89

4,17

4,44

5,00

5,56

6,11

6,67

6,94

8,33

Properties of Terrasit Pixel Wall

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 1 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal conductivity (λ _D)

–

12667

0,034 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Tensile strength

TR

1607

150 kPa

Bend strength

BS

12089

115 kPa

Long-lasting water absorption during immersion

WL

12087

2,5 %

Stability of changes under lab conditions

DS(N)

1603

± 0,2 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 1 %

Vapor diffusion resistance, μ

–

12086

20-70

EPS-EN 13163-L2-W2-T2-S2-P5-BS115-DS(N)2-DS(70,-1)1-TR150-WL(T)2,5

Thermal resistance by thickness in mm – RD[m²K/W]

50

60

70

80

90

100

120

150

180

200

220

240

250

260

270

280

290

300

1,47

1,76

2,06

2,35

2,65

2,94

3,53

4,41

5,29

5,88

6,47

7,06

7,35

7,65

7,94

8,24

8,53

8,82

Properties Terrasit Pixel Graphite

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 1 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal Conductivity (λ _D)

–

12667

0,031 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Tensile strength

TR

1607

150 kPa

Bend strength

BS

12089

115 kPa

Long-lasting water absorption during immersion

WL

12087

2,5 %

Stability of changes under lab conditions

DS(N)

1603

± 0,2 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 1 %

Vapor diffusion resistance, μ

–

12086

20-70

EPS-EN 13163-L2-W2-T2-S2-P5-BS115-DS(N)2-DS(70,-1)1-TR150-WL(T)2,5

Thermal resistance by thickness in mm- RD[m²K/W]

50

60

70

80

90

100

120

150

180

200

220

240

250

260

270

280

290

300

1,61

1,94

2,26

2,58

2,90

3,23

3,87

4,84

5,81

6,45

7,10

7,74

8,06

8,39

8,71

9,03

9,35

9,68

Properties of Terracokl

EPS EN

Test method EN

Value/Class

Standardized technical specification

Dimensions

–

822

1000x500xd mm

BAS EN ISO 13163 +A2:2018

EN 13163:2015

HRN EN 13163:2015

Length

L

822

± 2 mm

Width

W

822

± 2 mm

Thickness

T

823

± 1 mm

Squareness

S

824

± 2 mm

Flatness

P

825

± 5 mm

Thermal Conductivity (λ _D)

–

12667

0,034 W/mK

Fuel Classification EN 13501

–

13501-1

Class E

Tensile strength

TR

1607

150 kPa

Bend strength

BS

12089

115 kPa

Long-lasting water absorption during immersion

WL

12087

2,5 %

Stability of changes under lab conditions

DS(N)

1603

± 0,2 %

Stability of changes under certain conditions

DS(70-1)

1604

≤ 1 %

Vapor diffusion resistance, μ

–

12086

20-70

EPS-EN 13163-L2-W2-T2-S2-P5-BS115-DS(N)2-DS(70,-1)1-TR150-WL(T)2,5

Thermal resistance by thickness in mm- RD[m²K/W]

50

60

70

80

90

100

120

150

180

200

220

240

250

260

270

280

290

300

1,47

1,76

2,06

2,35

2,65

2,94

3,53

4,41

5,29

5,88

6,47

7,06

7,35

7,65

7,94

8,24

8,53

8,82

Terratermal Alpha

Properties

Dimensions

32

42

52

62

72

Insulating base thickness [mm]

10

20

30

40

50

Knob height [mm]

22

22

22

22

22

Total panel thickness [mm]

32

42

52

62

72

Average effective calculated thickness EN 1264-3 DD [mm]

15

25

35

45

55

Panels in a single packaging [pcs]

17

12

9

7

6

Total surface area of the panels in a single packaging [m²]

19,04

13,44

10,08

7,84

6,72

Type of packaging

Cardboard box

Cardboard box

Cardboard box

Cardboard box

Cardboard box

Volume [m³]

0,55

0,55

0,55

0,55

0,55

Knob spacing [mm]

50

50

50

50

50

Pipe diameter [mm]

16 – 17

16 – 17

16 – 17

16 – 17

16 – 17

Panel size (used) [mm]

1400 x 800

1400 x 800

1400 x 800

1400 x 800

1400 x 800

Panel size (total) [mm]

1450 x 850

1450 x 850

1450 x 850

1450 x 850

1450 x 850

Panel area [m²]

1,12

1,12

1,12

1,12

1,12

Physical Characteristics

Properties

Standard

   Type

Terratermal Alpha

Standard codes

EPS

32

42

52

62

72

Thermal resistance on average effective thickness Rλ, ins [m²K/W]

EN 1264-3:09

150

0,44

0,74

1,03

1,32

1,62

–

Thermal Conductivity λ_D [W/mK]

EN 13163:13 (EN 12667)

150

0,034

0,034

Reaction to fire

EN ISO 11925-2:10

+ EC1:11

150

EURORAZRED E EN 13501:11

E

Compressive strength at 10% deformation σ10 [KPa]

EN 826:13

150

150

CS(10)150

Long-term water absorption Wlt [%]

EN 12087:13

150

0,5

WL(T)0,5

Dimensional thickness tolerance dN [mm]

EN 823:13

150

± 2

T(2)

Flatness

EN 825

150

± 10

P(10)

Resistance to the diffusion of water vapor (EPS panel) μ [num]

EN 12086:13

150

30-70

Z30-70

Resistance to the diffusion of water vapor (HIPS foil) (600 μm) μ [num]

EN 12086:13

HIPS

10.000

===

EPS-EN 13163-L(3)-W(3)-T(2)-S(5)-P(10)-CS(10)150-DS(N)5-WL(1)

Terratermal Comfort

Properties

Dimensions

58

Insulating base thickness [mm]

33

Knob height [mm]

25

Total panel thickness [mm]

58

Average effective calculated thickness EN 1264-3 DD [mm]

55

Panels in a single packaging [pcs]

10

Total surface area of the panels in a single packaging [m²]

7,2

Type of packaging

Nylon

Volume [m³]

0,4176

Knob spacing [mm]

75

Pipe diameter [mm]

16-20

Panel size (used) [mm]

1200 x 600

Panel size (total) [mm]

1200 x 600

Panel area [m²]

0,72

Physical Characteristics

Properties

Standard

Type

Terratermal Comfort

Standard codes

EPS

58

Thermal resistance on average effective thickness Rλ, ins [m²K/W]

EN 1264-3:09

150

0,40

–

Thermal Conductivity λ_D [W/mK]

EN 13163:13 (EN 12667)

150

0,034

–

Reaction to fire

EN ISO 11925-2:10

+ EC1:11

150

EURORAZRED E EN 13501:11

E

Compressive strength at 10% deformation σ10 [KPa]

EN 826:13

150

150

CS(10)150

Long-term water absorption Wlt [%]

EN 12087:13

150

0,5

WL(T)0,5

Dimensional thickness tolerance dN [mm]

EN 823:13

150

± 2

T(2)

Flatness

EN 825

150

± 10

P(10)

Resistance to the diffusion of water vapor (EPS panel) μ [num]

EN 12086:13

150

30-70

Z30-70

Resistance to the diffusion of water vapor (HIPS foil) (150 μm) μ [num]

EN 12086:13

HIPS

10.000

===

EPS-EN 13163-L(3)-W(3)-T(2)-S(5)-P(10)-CS(10)150-DS(N)5-WL(1)

Terratermal Star

Properties

Dimensions

40

50

Insulating base thickness [mm]

19

29

Knob height [mm]

21

21

Total panel thickness [mm]

40

50

Average effective calculated thickness EN 1264-3 DD [mm]

25

35

Panels in a single packaging [pcs]

18

12

Total surface area of the panels in a single packaging [m²]

12,60

8,40

Type of packaging

Nylon

Nylon

Volume [m³]

0,415

0,403

Knob spacing [mm]

50

50

Pipe diameter [mm]

14-16

14-16

Panel size (used) [mm]

1000 x 700

1000 x 700

Panel size (total) [mm]

1000 x 700

1000 x 700

Panel area [m²]

0,70

0,70

Physical Characteristics

Properties

Standard

Type

Terratermal Star

Standard codes

EPS

40

50

Thermal resistance on average effective thickness Rλ, ins [m²K/W]

EN 1264-3:09

150

0,45

0,45

–

Thermal Conductivity λ_D [W/mK]

EN 13163:13 (EN 12667)

150

0,034

0,034

–

Reaction to fire

EN ISO 11925-2:10

+ EC1:11

150

EURORAZRED E EN 13501:11

E

Compressive strength at 10% deformation σ10 [KPa]

EN 826:13

150

150

CS(10)150

Long-term water absorption Wlt [%]

EN 12087:13

150

0,5

WL(T)0,5

Dimensional thickness tolerance dN [mm]

EN 823:13

150

± 2

T(2)

Flatness

EN 825

150

± 10

P(10)

Resistance to the diffusion of water vapor (EPS panel) μ [num]

EN 12086:13

150

30-70

Z30-70

Resistance to the diffusion of water vapor (HIPS foil) (150 μm) μ [num]

EN 12086:13

HIPS

10.000

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EPS-EN 13163-L(3)-W(3)-T(2)-S(5)-P(10)-CS(10)150-DS(N)5-WL(1)