Fire Retardant PIR WALL Panels
The panel incorporates a fire-retardant polyisocyanurate (PIR) insulation core, offering enhanced resistance to flame spread while maintaining low thermal conductivity.
This panel system is suitable for buildings that require controlled internal environments along with improved passive fire safety.The PIR insulation core demonstrates improved fire performance compared to conventional polyurethane insulation.
Colour Shades
Fire Retardant PIR WALL Panels are supplied with a standard colour-coated finish selected to meet functional zoning, architectural coordination, and environmental exposure requirements. The pre-coated metal facings are factory-finished to ensure uniform colour consistency, corrosion resistance, and long-term surface stability under industrial and coastal operating conditions.
Select Color:
Key Performance Attributes
Outlining Essential performance parameters influencing insulation, strength, and installation efficiency.
Improved Fire Behavior
PIR core limits flame spread compared to standard foam insulation.
High Thermal Efficiency
Low thermal conductivity supports effective wall insulation.
Airtight Jointing System
Precision joints reduce air leakage through wall assemblies.
Structural Panel Stability
Bonded metal facings provide rigidity and long-term performance.
Product Specifications
| CHARACTERISTICS | SPECIFICATIONS |
|---|---|
| Panel thickness available | 30mm, 40mm, 50mm, 60mm, 80mm, 100mm |
| Panel width available | 1000 mm, 1160 mm, 1150 mm |
| Panel length available | 1000 -12000mm |
| Nominal Density | 40±2, 42±2 & 44±2 Kg/m³ |
| Thermal conductivity@25°mean temperature | 0.023-0.03W/m²k |
| Thermal Transmittance ( U-Value) | 0.6-0.12kcal/m²∙h∙°C |
| Thermal Resistance (R-Value) | 1.4-8.3kcal/m²∙h∙°C |
| Compressive Strength@10% deformation | 0.11-0.21N/mm² |
| Tensile Strength | 1.1-2.5kg/cm² |
| HOT DIMENSIONAL STABILITY OF LENGTH, WIDTH, THICKNESS(max) @ 85±2°C/100±2°C FOR 24Hrs – MAX | ±2% |
| COLD DIMENSIONAL STABILITY @ – 25±2°C FOR 24 Hrs – MAX | ±2% |
| Type of foam | Polyurethene |
| Free from CFC | CFC, HFC & HCFC free |
Available Joints
Mount’s panel joint configurations ensure precise alignment, secure interlocking, and effective load transfer, enhancing structural continuity, air and moisture tightness, and installation efficiency while maintaining long-term durability .
Roof Joint
Single Tongue & Groove Joint
Double Tongue & Groove Joint
Hidden Tongue & Groove
Camlock Joint
M Section
Applications
Wide-ranging applications for Fire Retardant PIR WALL Panels
Datacenters
Maintains optimal temperatures for critical IT equipment.
Warehouses
Reduces energy costs by improving temperature control.
Educational Institutions
Enhances comfort in classrooms and lecture halls.
Refrigeration Units
Ensures energy-efficient operation in cooling environments.
Pharmaceutical Industries
Protects sensitive drugs from temperature fluctuations.
Power Plants
Reduces thermal loss, ensuring operational efficiency.
Oil and Gas Facilities
Ensures energy-efficient operation in extreme temperatures.
Textile Industry
Supports controlled temperatures for dyeing and weaving processes.
Frequently asked Question
It is an insulated wall panel with a fire-retardant polyisocyanurate (PIR) core designed to improve fire behaviour and thermal insulation.
PIR offers improved fire performance and lower thermal conductivity compared to conventional PUF insulation.
No, they are not fireproof, but they provide enhanced resistance to flame spread and heat release.
They are commonly used in industrial buildings, warehouses, cold storage facilities, and temperature-controlled environments.
Yes, the PIR core provides high thermal efficiency and helps maintain stable indoor temperatures.
Yes, they can be used for both external walls and internal partition systems.
A precision jointing system ensures tight panel connections and reduced air leakage.
Yes, smooth metal facings and sealed joints support clean and controlled interior conditions.
Yes, PIR insulation is manufactured without CFC, HFC, or HCFC blowing agents.
Fire performance requirements, thermal insulation needs, wall height, and applicable building regulations.
