UL Classified Intumescent Paints
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Contego is used globally and has 24 years of documented experience in the fire protection industry. When you choose Contego, you are choosing the ultimate in fire protection. Our two intumescent coating formulations, Original and High Solids, will shield, defend, and protect your surfaces like never before. Rest easy knowing Contego offers unmatched fire protection and thermal resistance.

Say goodbye to toxic, bulky coatings and hello to the innovative, cost-effective solution that is Contego. Trust in Contego for a reliable, non-toxic, and thin intumescent coating that comply with code, and keep your building safe and secure.

FAQ
What is intumescent paint?
Intumescent paint is a special coating that offers passive fire protection. When exposed to high heat, it quickly expands, creating a foam-like layer that slows heat transfer and shields surfaces underneath.

How does intumescent paint work?
This paint uses heat-absorbing reactions. In high temperatures, it soaks up heat and swells rapidly, forming a foam barrier that blocks heat from passing through to the protected surface.

What are the time and heat limits of intumescent paint?
Intumescent paint is rated for temperatures over 250°C. It comes in different time ratings like 30, 60, 90, or 120 minutes, showing how long it can effectively fireproof against extreme heat.

What materials can be protected by intumescent paint?
Intumescent paint can safeguard various materials including Steel, Wood, Aluminum, Drywall, Concrete, Polyurethane Foam, and many other substrates. It helps delay the time it takes for these materials to reach dangerous temperatures during a fire.

How do you apply intumescent paint?
You can spray intumescent paint on steel structures. For wood and concrete, you can brush, roll, or spray it on. Using the right application methods is key for effective fire protection.

What are the benefits of using intumescent paint?
Intumescent paint boosts passive fire safety, giving people more time to escape during a fire. It delays heat transfer and protects surfaces, lowering the risk of building collapse and limiting fire damage.