Fire Blasta
Fire Blitza Duo
Fire Blitza Duo
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Fire Blitza Duo: 2-Pack Protection
Dual-Layered Defense for Your Essential Devices
The Fire Blitza Duo provides targeted protection for your most-used lithium-ion powerbanks. Engineered with Australian-developed technology, this kit ensures that a device failure at your bedside or workstation doesn't escalate into a catastrophic home fire.
Why the Blitza Duo is Better:
Independently Tested & Certified: Every Blitza surpasses International Standard UL 94 and meets the rigorous VTM 10-second fire extinguishing standard.
Proprietary Ziplock Seal: Unlike velcro fasteners—which independent testing confirms often fail under thermal shock—our oxygen-depleting ziplock technology suppresses fire spikes at the source.
Extreme Heat Stability: While standard fire-resistant fabrics fail at 500°C, our Silicon Carbide (SiC) and glass fibre fusion remains heat-stable to 1,000°C.
Purpose-Built for Powerbanks: Precision-sized to contain portable chargers and phones, maintaining structural integrity even during rapid temperature escalation.
What’s Included:
- 2 x Fire Blitza Pouches: Includes one Green and one Grey pouch for easy device identification.
Core Material: Multi-layer Silicon Carbide (SiC) composite with a Reinforced Biaxial Glass Fibre spine.
Thermal Rating: Remains heat-stable to 1,000°C+ (Standard blankets fail at 500°C).
Containment: Features a proprietary Oxygen-Depleting Metal Ziplock. (Crucial: Unlike Velcro, this will not melt or "off-gas" during thermal shock).
Key Certifications:
- DIN SPEC 91489-2024: The pioneering standard for lithium-ion fire containment.
- UL-94 (VTM-0): Highest industrial rating for self-extinguishing thin materials.
- NFPA 701: Verified flame-retardant textile architecture.
Unit Size (LxWxH) : 18 x 13.5 x 0.5 cms
Internal Pocket Size : 17 x 11 x * cms
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Engineered Protection.
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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+.
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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.
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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.
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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.