Fire Blasta
Electric Vehicle Mitigation Blanket
Electric Vehicle Mitigation Blanket
Couldn't load pickup availability
Electric Vehicle Mitigation (EVM) Blanket
The Gold Standard in EV Fire Isolation & Suppression
The Fire Blasta EVM Blanket is one of the most advanced EV fire mitigation tools available globally. Engineered to isolate and extinguish volatile lithium-ion vehicle fires, the EVM provides a high-performance thermal barrier that prevents rapid fire spread, suppresses explosive volatility, and significantly reduces toxic smoke and fumes.
The Class S Advantage: Unrivaled Thermal Performance
1600°C Peak Rating: While 95% of competitors are Class A rated (failing after 800°C), the EVM is rated Class S, capable of withstanding instantaneous 1600°C outbreaks.
Superior Material Composition: Developed using high-temperature resistant yet extremely pliable materials, our blanket remains workable under extreme conditions where others become brittle and fail.
Industrial Durability: Engineered for a continual stable temperature of 800°C, providing long-term containment during the extended burn times typical of lithium-ion vehicle batteries.
Professional Application:
Used widely by fire brigades, energy storage facilities, and high-density car parks, the EVM’s new lighter composition makes it easier to handle and deploy rapidly during an emergency event.
What’s Included:
- 1 x Professional EVM (Electric Vehicle Mitigation) Blanket: Class S high-performance fire barrier.
Core Material: Professional-grade 1,600°C peak-rated SiC/Biaxial weave.
Function: Designed to encapsulate the entire vehicle/battery pack to isolate the fire, prevent spread to buildings, and suppress toxic gas venting.
Key Certifications:
- EN 1869:2019: Certified European standard for fire blankets (Structural integrity).
- DIN SPEC 91489-2024: Specifically tested for the 23-minute intense heat cycle (1,000°C) of an EV battery fire.
- ANSI/FM 4950: Heavy-duty slag resistance.
Unit Size (LxWxH) : * x * x * cms
Blanket size: 800 x 600 x 0.6 cms
Share

Engineered Protection.
-
Integral Structural Strength.
Unlike standard fire fabrics that degrade at 500°C, our Silicon Carbide weave retains its structural integrity even as lithium temperatures soar toward 1,000°C+.
-
High-Tensile Flame Barrier.
Engineered to resist high-velocity flame penetration, this biaxial layer provides the high-tensile strength required to contain the aggressive energy of a lithium-ion thermal event.
-
Advanced Heat Mitigation.
Specifically designed to reduce and slow heat intensity, this core layer prevents external temperature transfer, protecting surrounding surfaces from radiant heat damage.
-
Flame Retardant External Shell.
The final line of defense. This shell is engineered to contain molten ejecta and toxic gases, ensuring the fire stays exactly where you put it: inside the Blasta.