PIR/Fire Retardant Roof/Wall Panel

PIR foam is referring to polyurethane foam processed at a high isocyanate index with a PIR catalyst producing a foam with considerable amounts of PIR structures.

What Does a PIR Panel Achieve?

High thermal stability of the PIR structure brings about better flame retardancy. Due to heat influence carbonized PIR structure persists longer than the thermal barrier and thereby protects the underlying foams.

  • sandwich pir wall panel
  • sandwich pir roof panel

Specifications

Panel thickness available 30mm, 40mm, 50mm, 60mm, 80mm, 100mm, 120mm
Panel width available 1060mm
Panel length available 2000mm-12000mm
Average density 40± 2kg/m
Thermal conductivity 0.024-0.03 W/m
Temperature range -40+800C
Free from CFC CFC free
Type of foam B1, B2, B3, PIR
Heat transfer co-efficient -0.022W/M2*k
Pressure 0.10Mpa
Cubic Area Change =1%(-30 C – 100 C/96h)
Fire retardant wall panel specification
Fire retardant roof panel specification

Advantages

  • Fire Retardant
  • Hidden self tapping screws for aesthetic appeal
  • Great energy saver
  • Fast and easy installation
  • Light weight
  • Space saving
  • Various designs.vivid colours.
  • Energy conservation as per ECBC code
  • High load bearing capacity at low weight.
  • Excellent and durable thermal insulation.
  • capacity for rapid erection without lifting equipments.
  • Easier installation in hostile weather conditions.
  • Easy repair and replacement in case of damage.
  • Long life and very low maintenance cost
  • Good sound insulation
  • Reasonable fire reaction and resistance

Applications

  • Industrial Buildings.
  • Partitions-Semi Glazed.
  • Commercial Buildings.
  • Warehouse/Godown.
  • Cold storage/Blast Freezers.
  • Farm House.
  • Pharmaceutical Manufacturing units.
  • Air Handling Units.
  • Poultry Form.
  • Dairy industry.
  • Malls/Departmental Stores.

Foam Characteristics

SL.No FOAM CHARACTERISTICS UNIT SPECIFICATION
11 TOTAL FOAM DENSITY Kg/m3 48+2
12 CORE FOAM DENSITY Kg/m3 44+2
13 COMPRESSIVE STRESS AT10% DEFORMATION kpa >100
14 YOUNG COMPRESSION MODULES kpa >2500
15 FOAM TENSILE STRENGTH(ADHESION) kpa >100
16 YOUNG TENSILE MODULE kpa >2500
17 SHEAR STRENGTH kpa/td> >90
18 THERMAL-CONDUCTIVITY-A@50C MEAN TEMP & B.@10C MEAN TEMP-MAX kpa A.0.03 &b.0.023
19 HORIZANTAL BURNING TEST mm <25
20 HOT DIMENSIONAL STABILITY AT 85+2C/100+2C FOR 24HRS-MAX % LENGH+2
% WIDTH+2
% THICKNESS+2
21 COLD DIMENSIONAL STABILITY AT -25+2C FOR 24HRS-MAX % LENGH+2
% WIDTH+2
% THICKNESS+2
22 WATER VAPOR TRANSMISION-Max ng/pasm 8.5
23 PANEL WIDTH ROOF mm 1060MM
24 PANEL WIDTH WALL mm 1160
25 REFERENCE PROFILE DRAWING
26 ROOF PANEL PROFILE
27 WALL PANEL PROFILE
28 HIDDEN WALL PANEL PROFILE

Difference B/W PU PIR Panels

SL.No PU PANEL PIR PANEL
1 Foaming density 40 KG/M3 Foaming density is greater than 40 KG/M3
2 Moderate fire resistance High fire resistance
3 Lower ISO index > 150 Higher ISO index > 180
4 High smoke generation Very low smoke generation
5 Thermal stability < 80 Degc Better thermal stability < 120 Degc