Polyurethane/PIR Insulated Roof Panel

It is a polyurethane / PIR insulated roof panel on both sides of which is coated with sheet metal for heat insulation on roofs with slope higher than 10%.

Brochure

Technical Informations

  SPÇ 1000 3H SPÇ 1000 5R SPC 950
Useful Width (mm) 1000 950
Rib Height (mm) 35 55
Rib Count 3 5 4
Sheet Type and Thickness (mm)

Painted Galvanized Sheet

(0,30 - 0,40 - 0,50 - 0,60 - 0,70 - 0,80)

Paint Type Polyester
PVdF
Colour RAL 9002 a
Texture Trapeze
Insulation   Polyurethane/PIR
Insulation Thickness (mm) - h 35 - 40 - 50 - 60 - 75 - 80 - 100 - 120
Declared Thermal Conductivity (W/MK)C ≤ 0,023
Reaction to Fire NPD / B-s1, d0

 

It is the standard color and other colors are manufactured on demand.

Packing quantities according to panel length (pcs)
Thickness (mm) SPÇ 1000 3H SPÇ 1000 5H SPÇ 950 4H
  2,8 ≤ Boy (m) ≤ 15 2,8 ≤ Boy (m) ≤ 15
35 14 14 12
40 14 14 12
50 12 12 10
60 10 10 8
75 8 8 8
80 8 8 6
100 6 6 6

SPC 1000 3R POLYURETHANE/PIR INSULATED ROOF PANEL



 


 Multi Support Span (L/200 L=m)




 

Panel Thickness  (mm)

Panel weights (kg/m²)  1,0 1,5 2,0 2,5 3,0 3,5 4,0



 


Distributed Load Bearing (P=kg/m2)  

 

40

9,3
610 323 279 203 126 94 61
50
 
9,7
 
677 358 308 230 153 116 79
60 10,1
 
782 400 348 265 183 138 93
75
 
10,7
 
938 510 501 380 259 203 146
80
 
10,9
 
1032 550 521 398 274 213 153
100
 
11,7
 
1238 686 695 530 365 289 214

 

 

 SPC 1000 5R POLYURETHANE/PIR INSULATED ROOF PANE



 


  Multi Support Span (L/200 L=m)




 

Panel Thickness  (mm)

Panel weights (kg/m²)  1,0 1,5 2,0 2,5 3,0 3,5 4,0



 


Distributed Load Bearing (P=kg/m2)  

 

40

10,6
1250 577 336 239 143 111 80
50
 
11,0
 
1388 640 371 289 208 156 105
60 11,4
 
1587 698 393 309 225 176 128
75
 
12,0 1905 876 578 453 329 259 189
80
 
12,2
 
2095 947 589 463 338 269 200
100
 
13,0
 
2514 1165 785 618 450 361 273

 

 

 

 SPC 950 4R POLYURETHANE/PIR INSULATED ROOF PANEL

 


  Multi Support Span (L/200 L=m)




 

Panel Thickness  (mm)

Panel weights (kg/m²)  1,0 1,5 2,0 2,5 3,0 3,5 4,0



 


Distributed Load Bearing (P=kg/m2)  

 

40

11,2
1640 753 430 316 201 154 108
50
 
11,6
 
1804 846 523 385 248 192 136
60 12,0
 
2064 921 548 417 296 221 155
75
 
12,6 2477 1160 809 609 410 314 219
80
 
12,8
 
2724 1251 821 625 429 329 228
100
 
13,6
 
3269 1541 1095 834 573 437 301

 

 

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Scope Of Application

Scope Of Application

Factories, industrial facilities, shopping malls, gyms, airports, large-scale buildings, residential buildings, chicken farms, workshops, storages, warehouses, prefabricated structures, containers,

Panel Joint Detail

Benefit

The biggest advantage to Polyurethane/PIR Insulated Roof Panels is the high heat insulation offered with a thin layer of insulation. This helps to lower the heating/cooling costs of the building or the facility. It offers a serious energy advantage for large-scale facilities. It preserves the ideal temperature for cold air storages and warehouses.

The light Polyurethane/PIR Insulated Roof Panels are favoured for their installation, transportation and mounting advantages.

TSE- and CE-certified polyurethane/PIR Insulated Roof Panels are the right choice for both humidity, vapour and water, and the advantage of thin insulation.

Frequently Asked Questions

Izocam Tekiz Products are available at İZOCAM-TEKİZ dealers. We do not offer direct sales.

Product installations are handled by İZOCAM-TEKİZ Installation Dealers.

Products are produced to order. They are not kept in stock. İzofom Panels are kept in stock by retail sales dealers.

The warranty term is 2 years.

TS825 separates our country into 4 Regions. The Insulation Thickness should be calculated based on the required value of Uceiling and Uwall (Heat Permeability Coefficient).

Tekiz website and catalogues show the spring load-bearing capacity for each span. You may use this table to determine the appropriate sheet thickness.

All colours in the RAL Catalogue are available for production provided that a minimum limit is exceeded. The standard sandwich panel/corrugated sheet colour is RAL9002.

Stone wool panels feature high fire resistance. They minimise insurance premiums. They safeguard your investment and prevent the fire from spreading, ensuring safety of your employees at high-risk facilities.

Fire resistance duration for roof sandwich panels. It means that the sandwich panel can bear load, preserve its integrity and maintain its insulation properties for 120 minutes. The important matter to note here is the availability of these three properties (REI120) concurrently.

R : Load-bearing capacity

E : Integrity

I : Insulation

The Regulation on Fire-Proofing Buildings categorise the flammability classes of building materials in line with the fire-reaction classification established with EN 13501-1 Euroclass.


The flammability classes of building materials are A1, A2, B, C, D, E and F.


Smoke and drip classes of the materials are not provided for the classes A1 and F.


Smoke and drip classes of the materials are always provided for the classes A2, B, C and D. For instance: A2-s1,d0 or C-s3,d2.

The term Broof roof plating, which meets all criteria for “External Fire Performance” without running any tests, is used to define the product that makes up the uppermost layer in the roof composition.


There is no need for Broof to be tested for panels where both surfaces are metal.


İzocam-Tekiz Kombi panel and PIR Fibro panel bear the Broof(t2) certification, which means they are resistant to external spread of fire. The (t2) annotation here means that tests were performed in windy conditions.

Fire resistance duration for facade sandwich panels. It means that the sandwich panel preserve
its integrity and maintain its insulation properties for 60 minutes. The important matter to note here is
the availability of these two properties (EI60) concurrently.
E → Integrity
I → Insulation