Intumescent Coatings

With the increased use of steel for building structures of all types, using paint to stop fire on steel through passive fire protection (PFP) plays a key role in the protection of these valuable assets and the people who work in and around them.

ABOUT US

Advanced Passive Fire-Resistant Coatings for Structural Steel and Industrial Applications

We supply certified, high-performance fire protection systems that meet the most demanding international safety standards. Whether you’re working on steel fabrication, modular buildings, or infrastructure assets, our technical team will help you specify the right intumescent coating system for your project’s fire rating, environment, and aesthetic requirements.

Our product range

IPC’s comprehensive range of intumescent coatings and fire-resistant paint for steel is designed to provide superior fire protection and structural integrity across commercial, industrial, and infrastructure projects

Thin Film

Epoxy

MMA Rapid Cure

Close-up of worker in white protective suit and yellow gloves applying fireproof paint to stop fire on steel beam.

Functionality

When exposed to fire, temperatures rise rapidly and within as little as a few minutes can reach temperatures that threaten the structural integrity of the steel. Intumescent coatings form a protective barrier around the steel, slowing the temperature rise in order to buy time for evacuation and emergency services response.

As a result, these protective coatings minimise damage, reduce losses, and potentially save lives. Not only do intumescent coatings offer protection against fire, they can also protect against corrosion, impact, abrasions, and cryogenic spills which can damage steel. Consequently, these high performing coatings have the capacity to extend the working lifespan of the building.

Man in yellow hi-vis jacket and helmet standing in front of pipes coated with intumescent fire-protection coatings
Two workers in white protective suits, one in the foreground applying fireproof paint to stop fire on steel beam., another in the background

Performance

Intumescent coatings come in the form of a three part system – primer, intumescent, and topcoat. The primer protects against corrosion of the steel under normal operating conditions, and when exposed to fire, allows the intumescent char to continue to adhere to the structure.


Inert at normal temperatures, the intumescent plays a role in protecting the steel structure from weathering. In the event of a fire, the intumescent expands in thickness, coating the steel with char – layers of intumescent matrix and microscopic gas cavities – that deliver thermal insulation against rising temperatures. The topcoat seals the PFP system, providing additional protection against corrosion, and creating a superior aesthetic finish. Together the complete PFP system protects steel through all standard operating and environmental conditions with the additional ability to maintain structural integrity for as long as possible in a fire.

Benefits

Standards

Our intumescent products meet the most stringent industry fire safety standards, including EN 13381-8 and BS-476 21/22, providing up to 4 hours of protection.

They have been subjected to extensive, independent fire testing, assessment and certification in order to ensure performance at the highest level.

Man in hi-vis jacket, helmet, and goggles holding a clipboard in a warehouse

Get Expert Coating Advice Today

Talk to Ireland’s trusted protective coatings specialists for tailored solutions in corrosion protection, intumescent coatings, and industrial finishes. Complete the form below and our technical advisors will help you find the right high-performance coating system for your project.

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