Kingspan Real Fire Case Studies

Testing and certification to regulatory and insurance industry requirements, with particular emphasis on large-scale system testing, is the cornerstone of Kingspan’s strategy to demonstrate the fire safety of our products and systems.

However, we believe that it’s also important to know how our products and systems perform in real fire situations.

Proven Protection against Fire Spread

This comprehensive collection of independently-investigated real fire case studies provides valuable information on major fires in a wide range of building types across the world, as well as proof that Kingspan's insurer-approved PIR core panel systems protect against fire spread. 

Insulated panels incorporating QuadCore® Technology are expected to provide equivalent or better performance in real fire situations with less smoke damage anticipated. For more information on QuadCore® click here

Minimal Business Interruption

This real fire case study video explores how Kingspan insurer-approved PIR core panels protected an Audi dealership from fire spread when 6 cars were set alight outside the building. Despite an intense fire load, damage to the insulated panels cladding the building was highly localised and business was able to continue the next day. 

What is Charring?

Our real fire case studies refer to charring - but what is it and how does it help protect against fire spread?

Thermoplastic materials, such as polyethylene, melt and drip when exposed to heat. Kingspan's high-performance PIR and QuadCore® insulation materials, however, are thermosetting. They char when exposed to heat and self-extinguish when the fire source is removed. 

Kingspan Insulated Panel Systems Fire testing and Performance Guide 2017 brochure Image

Download our Fire Testing & Performance guide

A comprehensive overview of Kingspan's tested and accredited systems, the testing regimes they are subjected to, and independently-investigated real fire case studies.

Contact our Technical Services team
for more information