Bridgehill® FireBlock Solutions
Peak temperature
± 1600 °C | 2912 °F
± 1600 °C | 2912 °F
Core material
Silica, Alumina, Calcium oxide, and Boron oxide
Silica, Alumina, Calcium oxide, and Boron oxide
Peak temperature
± 1600 °C | 2912 °F
± 1600 °C | 2912 °F
Core material
Silica, Alumina, Calcium oxide, and Boron oxide
Silica, Alumina, Calcium oxide, and Boron oxide
Peak temperature
± 1600 °C | 2912 °F
± 1600 °C | 2912 °F
Core material
Silica, Alumina, Calcium oxide, and Boron oxide
Silica, Alumina, Calcium oxide, and Boron oxide
Peak temperature
± 1600 °C | 2912 °F
± 1600 °C | 2912 °F
Core material
Silica, Alumina, Calcium oxide, and Boron oxide
Silica, Alumina, Calcium oxide, and Boron oxide
Bridgehill FireBlock Products
Fireblock Membrane
Fireblock Membrane
FireBlock is a fire-resistant sandwich membrane with a multi-layer construction and a FireBlock core technology. The core is engineered to react to high thermal exposure while the outer layers provide mechanical stability and compatibility with standard roofing systems.
Adhesive And Tapes
Adhesive And Tapes
High-temperature-resistant adhesives and tapes are used to bond seams and overlaps, ensuring system continuity under fire conditions. The products retain adhesion and sealing performance at elevated temperatures, eliminating the need for mechanical fasteners.
Soap
Soap
The installation soap is a surface preparation and installation aid that removes grease and contaminants to achieve consistent adhesion. The product is environmentally friendly and non-toxic, posing no risk to the surrounding environment.
We Simply Block Fire
Easy to install – on any roof.
The membrane is rolled out and bonded on top of, or beneath, the existing roofing before the solar panels are installed. It can be used on new construction or retrofit projects and is suitable for both flat and pitched roofs.
Bridgehill® Fire Membran for solar panels
Bridgehill FireBlock Membrane is a fire-resistant underlayment
engineered for installation beneath solar panels. Its purpose is
to stop fires from spreading from the panels into the roof
structure. In the event of a solar panel fire, the membrane acts
as a barrier, blocking flames and radiant heat while safeguarding
insulation, timber, and other combustible materials within
the roof assembly.
Bridgehill® Fire Proof roofing
The original fire blankets providing the fastest, safest and most eco-friendly way to extinguish and isolate fires - even in lithium batteries and electric vehicles.
Technology
How it works
The original fire blankets providing the fastest, safest and most eco-friendly way to extinguish and isolate fires - even in lithium batteries and electric vehicles. In auto garages and showrooms with a high concentration of cars, there’s always a risk of car fire and spread of fire.Cars with errors or cars that have recently been involved in an
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Extensesively tested by
fire professionals and engineers
10 x times more efficient than any standard membranes
Eco friendly. Isolate smoke immediately without spreading toxic fumes or substances
Easy to install and
maintain. Lorem ipsum dolor et sum.
Related articles
Safety
Tips
Updates
An electric vehicle fire in Vilnius in November 2024, Lithuania, triggered a large-scale emergency response in a densely populated parking area—underscoring the growing threat posed by lithium-ion battery fires. As EV adoption surges across Europe, urban fire safety infrastructure must keep pace with the evolving risks.
Incidents
Tips
Updates
Bridgehill successfully hosted its first live fire blanket demonstration in Oradea, Romania, in collaboration with our new distribution partner, Distreo.
We are thrilled to announce that Bridgehill will be attending Automechanika Shanghai, the world-renowned trade fair for the automotive service industry, from December 2-5, 2024. This prestigious event gathers industry leaders, innovators, and professionals from across the globe, providing an unparalleled platform for networking, knowledge exchange, and showcasing the latest advancements in the automotive sector.
Incidents
A Tesla Cybertruck caught fire in Harlingen, Texas, after crashing into a fire hydrant—ironically, the water may have triggered a thermal runaway in the EV’s lithium-ion battery. Crews worked on extinguishing the battery for over an hour.
Tips
Alarming trend suggests that EV fires are not as rare as previously assumed, prompting the need for precautionary measures. One such measure is the installation of a Bridgehill car fire blanket at every EV charging station.
Meet Thor Brubakken
Thor brings a strong engineering background and broad experience across renewable energy and fire‑safety technologies. He has held leadership roles in solar‑ and building‑systems firms.
At Bridgehill, he leads the development of advanced containment solutions™, driving high‑performance product architecture, scalability, and integration with global energy installations.