• Gray fire mitigation bag with orange accents and 'Fire Blasta' logo on a light gray background
  • Open EXM Bag with 'Dangerous Goods' sign and power tool batteries on a light grey background
  • Diagram of a protective bag with labeled components on a gray background
  • Fire Blasta battery storage bag with illustrations of batteries and text on a light gray background
  • Gray carrying case with measurements against a fiery background
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Fire Blasta

Explosion Mitigation Bag

Explosion Mitigation Bag

$179.00
$179.00
Sale Sold out
Shipping calculated at checkout.

Explosion Mitigation (EXM) Bag

High-Capacity Containment for E-Scooters & Power Tools

The Fire Blasta EXM Bag is purpose-built to mitigate the extreme risks associated with high-capacity lithium battery failures. Designed for the demanding energy profiles of E-Scooters, drones, and power tool packs, the EXM serves as a heavy-duty thermal fortress for your home or workshop.

Why the EXM Bag is the Professional Choice:

SGS Tested & Certified: Our material composition has been independently tested by SGS to surpass the UL-94-2013 Vertical Burning standard with a definitive "Pass".

1,000°C Thermal Shield: Engineered to withstand instantaneous temperatures up to 1,000°C, the EXM bag effectively limits the spread of fire and heat to the immediate surroundings during a thermal runaway event.

Industrial-Grade Closure: Featuring a Class 6 Fireproof Zipper and stitched entirely with fire-retardant thread, the EXM ensures total containment where standard zippered bags fail.

Advanced Material Matrix: Built with a Silicon Carbide (SiC) outer shell and an internal GF Matrix fibre core, delivering unmatched resistance to flame flare-ups and volatile explosions.

Deployment & Sizing:

Universal Application: Ideal for E-Scooter batteries, drone packs, camera batteries, and dry cell packs.

Dimensions: 43 ×13 ×12 cm.

Note: While the EXM fits most E-Scooter batteries, please verify your battery length before ordering to ensure a secure fit.

What’s Included:

  • 1 x Heavy-Duty EXM (Explosion Mitigation) Bag: Featuring a reinforced Silicon Carbide outer shell.

Core Material: High-density SiC outer shell with an internal GF Matrix fibre core.

Blast Resistance: Designed to contain "Ejecta" (the molten copper and lithium "bullets" that batteries spit out during failure).

Closure: Industrial Class 6 Fireproof Zipper with fire-retardant treated stitching.

Key Certifications:

  • ANSI/FM 4950: The elite American "Welding Pad" standard. Proves the material can withstand molten metal slag (up to 1,500°C) without burn-through.
  • EN 13501-1 (Class A1): The highest European non-combustibility rating. The bag itself adds zero fuel to the fire.
  • DIN SPEC 91489-2024: Verified for large-scale lithium thermal runaway events.

Unit Size (LxWxH) : 43 x 13 x 12 cms

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Engineered Protection.

  • Technical diagram of a seat with material layers and their functions on a dark background

    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+.

  • Fire Blasta with a phone inside on a dark background

    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.

  • Gray sofa with pillows and a wooden side table with a Fire Blasta and decorative pot.

    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.

  • Gray pouch with a logo on a brown background

    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.

Fire Blasta suppresses fires caused by unstable lithium battery ions triggering explosions resulting in thermal runaways.