Rig

ips

RS

E

RS

I

d R t T p p' S

[cm] [W/mK] [W/m K] [m K/W] [K] [ C] [kPa] [kPa] []

=0.80W/m K

RSE

RSI

T = C = W/m K = T = C = W/m K =

Rigips

TRARET

SHTRES DRURI

V60+1

LESH QELQI

lamrin e brinjezuar

-

0.9

12.0

2.5

0.03

5.0

2.0

-

-

0.210

0.170

0.170

0.200

0.390

45.000

-

7.7

-

-

-

-

-

-

12.5

0.130

0.043

0.706

0.147

0.001

0.128

0.000

0.080

2.94

0.97

15.99

3.33

0.03

2.90

0.01

1.81

20.00

17.06

16.09

0.09

-3.24

-3.27

-6.18

-6.19

-8.00

-

1.169

0.465

0.433

0.426

0.323

0.363

0.248

-

2.338

1.945

1.829

0.615

0.467

0.466

0.363

0.363

0.310

20

30

30

38400

1

1000

0.18

3.60

0.75

11.52

0.05

20.00

R = d

R =

1

R = R = m K/W c = T - T

R = W/m t = c R

p' =

0.288680 (1.098 + T/100)

0.004689 (1.468 + T/100)

i i2

i

e e2

[cm] [W/mK] [W/m K] [m K/W] [K] [ C] [kPa] [kPa] [m]

k i2 i e

k

2i i

8.02 za T > 0 C

12.3 za T 0 C

1.169

0.465 0.433

0.426 0.323

0.363

0.248

1.945

1.829

0.615 0.467

0.466

0.363 0.363

0.183.60

0.7511.52

0.0520.00

20 7.7 50 %-8 12.5 80 %

d R t T p p' Sd

1.236 22.657

° α ϕ° α ϕ

λ α

Σ ∆ ⋅

⋅

⋅

λ α ∆ µ2 2 °

°

≤ °

TR

AR

ET

SH

TR

ES

DR

UR

I

V60+

1

LE

SH

QE

LQ

I

lam

rin e

brinje

zuar

Sd = dµ ⋅

U = R

1 2

=0.52W/m K

[cm] [W/mK] [W/m K] [m K/W] [K] [ C] [kPa] [kPa] []

d R t T p p' S

RSE

RSI

RS

E

RS

I

12.5

T = C = W/m K = T = C = W/m K =

SUVA

BLLOK ARGJILE

PSE-stiropor

FASADA

-

2.0

16.0

5.0

1.0

-

1.400

0.470

0.038

1.400

7.7

-

-

-

-

0.130

0.014

0.340

1.316

0.007

0.080

1.93

0.21

5.05

19.52

0.11

1.19

20.00

18.07

17.86

12.81

-6.71

-6.81

-8.00

-

1.169

1.027

0.875

0.343

0.248

0.310

2.338

2.074

2.047

1.481

0.347

0.344

0.310

30

4

45

40

0.60

0.64

2.25

0.40

R = d

R =

1

R = R = m K/W c = T - T

R = W/m t = c R

p' =

0.288680 (1.098 + T/100)

0.004689 (1.468 + T/100)

i i2

i

e e2

[cm] [W/mK] [W/m K] [m K/W] [K] [ C] [kPa] [kPa] [m]

k i2 i e

k

2i i

8.02 za T > 0 C

12.3 za T 0 C

1.169

1.027

0.875

0.343 0.248

2.074 2.047

1.481

0.347 0.344

0.60 0.64 2.25 0.40

20 7.7 50 %-8 12.5 80 %

d R t T p p' Sd

1.888 14.834

° α ϕ° α ϕ

λ α

Σ ∆ ⋅

⋅

⋅

λ α ∆ µ2 2 °

°

≤ °

SU

VA

BLLO

K A

RG

JIL

E

PS

E-s

tiropor

FA

SA

DA

U = R

1 2

Sd = dµ ⋅

RSI

RSI

[cm] [W/mK] [W/m K] [m K/W] [K] [ C] [kPa] [kPa] []

d R t T p p' S

Sd = d

=0.76W/m KU =

1`.099

RS

I

RS

I

T = C = W/m K = T = C = W/m K =

Parket

Ibercuk

XPSE-stiropor i shtypur

B/A

Hapsire ajrore

Rigips

-

2.0

6.0

2.0

15.0

5.0

0.9

-

-

0.140

0.740

0.034

1.800

1.500

0.210

-

5.87

-

-

-

-

-

-

5.87

0.170

0.143

0.081

0.588

0.083

0.033

0.043

0.170

0.13

0.11

0.06

0.45

0.06

0.03

0.03

0.13

20.00

19.87

19.76

19.70

19.25

19.19

19.16

19.13

19.00

-

1.169

1.168

1.157

1.149

1.115

1.099

1.099

-

2.338

2.320

2.304

2.295

2.232

2.223

2.220

2.215

2.198

30

90

200

110

150

20

0.60

5.40

4.00

16.50

7.50

0.18

R = d

R =

1

R = R = m K/W c = T - T

R = W/m t = c R

p' =

0.288680 (1.098 + T/100)

0.004689 (1.468 + T/100)

i i2

i

e e2

[cm] [W/mK] [W/m K] [m K/W] [K] [ C] [kPa] [kPa] [M]

k i2 i e

k

2i i

8.02 za T > 0 C

12.3 za T 0 C

1.169 1.168 1.157 1.149 1.115

2.320 2.304 2.295 2.232 2.223 2.220

2.215

0.605.40 4.00 16.50 7.50

0.18

20 5.87 50 %19 5.87 50 %

d R t T p p' Sd

1.312 0.762

° α ϕ° α ϕ

λ α

Σ ∆ ⋅

⋅

⋅µ ⋅

λ α ∆ µ2 2 °

°

≤ °

Park

et

Iberc

uk

XP

SE

-stir

opor i s

hty

pur

B/A

Hapsi

re a

jrore

Rig

ips

R

1 2

- -RSE

RSI

[cm] [W/mK] [W/m K] [m K/W] [K] [ C] [kPa] [kPa] []

d R t T p p' S

Sd = d

RS

E

RS

I

1.168

=0.50W/m K

8 100 =100 %T = C = W/m K =

T = C = W/m K =

ESTRIH

XPSE-stiropor i shtypur

HIDROIZOLIM

B/A

ZHAVOR

-

6.0

5.0

1.0

12.0

30.0

-

1.400

0.034

0.190

1.800

1.700

5.87

-

-

-

-

-

-

0.170

0.043

1.471

0.053

0.067

0.176

0.000

1.03

0.26

8.91

0.32

0.40

1.07

0.00

20.00

18.97

18.71

9.79

9.47

9.07

8.00

8.00

-

1.169

1.168

1.163

1.089

1.082

1.074

1.169

2.338

2.193

2.158

1.212

1.187

1.155

1.074

1.074

30

200

14000

110

50

1.80

10.00

140.00

13.20

15.00

R = d

R =

1

R = R = m K/W c = T - T

R = W/m t = c R

p' =

0.288680 (1.098 + T/100)

0.004689 (1.468 + T/100)

i i2

i

e e2

[cm] [W/mK] [W/m K] [m K/W] [K] [ C] [kPa] [kPa] [m]

k i2 i e

k

2i i

8.02 za T > 0 C

12.3 za T 0 C

1.163 1.089 1.082 1.074

2.193

2.158

1.212 1.187 1.155

1.074

1.8010.00 140.00 13.20 15.00

20 5.87 50 %

d R t T p p' Sd

1.980 6.062

° α ϕ

° α ϕ

λ α

Σ ∆ ⋅

⋅

⋅µ ⋅

λ α ∆ µ2 2 °

°

≤ °

ES

TR

IH

XP

SE

-stir

opor i s

hty

pur

HID

RO

IZO

LIM

B/A

ZH

AV

OR

U = R

1 2

RSI

RSE

-8 100 =80 %T = C = W/m K ° α ϕ

=0.55W/m K

RS

E

RS

E

T = C = W/m K =

SUVA

B/A

HIDROIZOLIM

XPSE-stiropor i shtypur

TRAK DRENAZHE

-

2.0

15.0

1.0

5.0

1.0

-

1.400

1.800

0.190

0.034

7.7

-

-

-

-

-

-

0.130

0.014

0.083

0.053

1.471

0.053

0.000

2.02

0.22

1.29

0.82

22.83

0.82

0.00

20.00

17.98

17.76

16.47

15.65

-7.18

-8.00

-8.00

-

1.169

1.166

1.084

0.383

0.333

0.248

1.169

2.338

2.062

2.034

1.874

1.779

0.333

0.310

0.310

30

110

14000

200

14000

0.60

16.50

140.00

10.00

140.00

R = d

R =

1

R = R = m K/W c = T - T

R = W/m t = c R

p' =

0.288680 (1.098 + T/100)

0.004689 (1.468 + T/100)

i i2

i

e e2

e

[cm] [W/mK] [W/m K] [m K/W] [K] [ C] [kPa] [kPa] [cm]

k i2 i e

k

2i i

8.02 za T > 0 C

12.3 za T 0 C

1.169

1.166

1.084

0.333

0.248

2.062 2.034

1.874 1.779

0.333

0.310

0.6016.50 140.00

10.00140.00

20 7.7 50 %

Materijald R t T p p' r

1.803 15.527

° α ϕ

λ α

Σ ∆ ⋅

⋅

⋅

λ α ∆ µ2 2 °

°

≤ °

SU

VA

B/A H

IDR

OIZ

OLIM

XP

SE

-stir

opor i s

hty

pur

TR

AK

DR

EN

AZ

HE

Sd = dµ ⋅

U = R

1 2