Lithium batteries and powerbanks

Motorcycle engulfed in flames on a gravel surface with a red container in the background.

Lithium

The reality of Lithium-Ion volatility.

The reality of lithium-ion volatility.

Lithium batteries deliver exceptional energy in compact spaces—a brilliant technology, but one that carries extreme risks. When destabilised, lithium ions become highly volatile, triggering a chain reaction that traditional fire safety tools are simply not equipped to handle.

Flaming electronic device on a table with tools in the background

What is thermal runaway?

A thermal runaway is not a minor incident. It is a rapid, unstoppable chemical reaction where internal temperatures can exceed 1,000°C in minutes. This process produces violent explosions and releases toxic, harmful gases that create a lethal environment within seconds.

Why standard protection fails.

Most standard fire blankets are only rated to ~500°C. Because lithium outbreaks burn hotter, faster, and more aggressively than conventional flames, standard fibres are overwhelmed almost instantly. To contain a lithium event, you require high-temperature composites engineered for extreme thermal shock.

The Fire Blasta solution.

Fire Blasta is specially engineered to control and suppress lithium outbreaks using multi-layered Silicon Carbide (SiC) and woven glass fibres. Don't risk it with standard gear—ensure you have professional-grade mitigation.

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Silicon Carbide.
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+.
Reinforced Biaxial Glass Fibre.
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.
Thermal Dissipation Core.
Specifically designed to reduce and slow heat intensity, this core layer prevents external temperature transfer, protecting surrounding surfaces from radiant heat damage.
Flame Retardant 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.