Fireproofing Coating services involve the application of cementitious and intumescent fire-resistant coatings to structural steel, equipment, and industrial structures to protect them from high temperatures and structural failure during fire incidents.
Fireproofing Coating is a passive fire protection solution designed to increase the fire resistance rating of steel structures, vessels, supports, and critical equipment. These coatings help maintain structural stability during fire exposure, allowing additional evacuation and emergency response time while minimizing structural collapse risks.
Two major types of fireproofing systems are commonly used:
Cementitious Fireproofing
A thick, cement-based spray-applied coating used mainly for industrial plants, refineries, power plants, and heavy-duty environments. It provides durable fire resistance and thermal insulation for steel structures.
Intumescent Fireproofing
A thin-film coating that expands when exposed to high temperatures, forming an insulating char layer that protects steel from heat. It is widely used in commercial buildings, exposed architectural steel, and high-visibility structures where aesthetics are important.
These fireproofing systems are extensively used in oil & gas plants, petrochemical facilities, commercial buildings, warehouses, airports, power plants, and industrial infrastructure projects.
Fireproofing Coating services include:
Cementitious Fireproofing
Spray-applied cementitious coating
Lightweight or dense fireproof mortar
Fire resistance ratings from 1 to 4 hours
Thermal insulation protection
Suitable for hydrocarbon and cellulosic fire exposure
Intumescent Fireproofing
Thin-film intumescent coating
Epoxy or water-based systems
Expansion under high temperature exposure
Smooth architectural finish
Fire ratings up to 3 hours
Surface Preparation
Abrasive blasting / sand blasting
Primer application
Surface cleaning and profiling
Inspection & Testing
Dry Film Thickness (DFT) measurement
Adhesion testing
Fireproofing density testing
Visual inspection and QA/QC documentation
Standards followed:
UL Fire Resistance Standards
ASTM E119
BS 476
NFPA Fire Protection Standards
ISO Fire Protection Standards
SSPC Surface Preparation Standards
1. Surface Preparation
Cleaning and degreasing
Abrasive blasting
Primer coating application
2. Material Preparation
Mixing fireproofing materials
Equipment setup
Quality verification
3. Application Works
Cementitious spray application
Intumescent coating application
Multi-layer coating process
Thickness control
4. Inspection & Quality Control
DFT testing
Adhesion testing
Visual inspection
QA/QC documentation
5. Final Handover
Client inspection
Compliance certification
Final project documentation
Fireproofing coating systems utilize high-performance passive fire protection materials, primers, sealers, and protective coatings from internationally recognized manufacturers to ensure certified fire resistance and durability.
Common materials include cementitious fireproof mortar, epoxy intumescent coatings, water-based intumescent paint, reinforcing mesh, primers, and top coats.
Key brands used include:
Fireproofing Coatings: Jotun, Hempel, Nullifire, Carboline
Cementitious Fireproofing: CAFCO, Promat
Intumescent Systems: International Paint, PPG
Surface Preparation & Primers: Sherwin-Williams, Jotun
Inspection Equipment: Elcometer, DeFelsko
Fireproofing Coating systems are used in:
Oil & Gas Facilities
Petrochemical Plants
Power Generation Stations
Commercial Buildings
Airports & Metro Stations
Industrial Warehouses
Offshore Platforms
Steel Structures
Pipe Racks & Equipment Supports
Data Centers & Critical Infrastructure
Enhanced fire resistance
Delayed structural failure during fire
Increased occupant safety
Compliance with fire safety regulations
Reduced fire damage risks
Protection of critical assets
Long-term durability
Thermal insulation performance
Architectural aesthetic finish (intumescent)
Improved safety certification compliance