Technical Articles | Cellulosic PFP
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Technical article
The advantages of intumescent coatings in protecting structural steel from corrosion and fire
Technical article
The importance of compatible and approved primers and topcoats to fire performance in intumescent coating systems
Technical article
Key considerations intumescent coating system selection
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Passive fire protection: fundamentals of PFP, fire design and intumescent coatings
Structural steel loses strength at elevated temperatures. Using passive fire protection limits temperature rise in steel in order to prevent structures losing stability in the event of a fire, providing additional time for emergency response and safe evacuation of the building as well as minimizing damage to assets.
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Brochure
Boost your passive fire protection knowledge
Discover how Hempel’s comprehensive Cellulosic Passive Fire Protection solutions enhance safety, durability, efficiency, and sustainability.
Guide
What makes a PFP solution truly competitive?
This guide gives fabricators and applicators practical insights into choosing the right passive fire protection system – helping you communicate its value to architects, engineers, and contractors.
