DIN SPEC 91489 The New Standard for EV Fire Blankets

Why DIN SPEC 91489 Matters for Electric Vehicle Fire Safety
With the rise of electric mobility, lithium-ion battery fires present a unique hazard. These fires are not easily extinguished with traditional methods and often reignite due to thermal runaway. DIN SPEC 91489 addresses these challenges head-on by defining performance standards in:
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Thermal resistance to withstand extreme heat
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Mechanical durability to resist tearing and abrasion
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Chemical resistance against hazardous battery emissions
This specification empowers fire responders, manufacturers, and safety officers to choose verified fire containment products with confidence.
DIN SPEC 91489 brings much-needed regulation to an unstandardized market, offering peace of mind for:
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Fire departments
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Car manufacturers
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Fleet operators
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Warehouses and transport hubs
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Municipal safety planners
By certifying that fire blankets meet strict functional requirements, this specification supports public safety and sustainable mobility as EV adoption accelerates.
Mechanical Stability & Durability
Blankets must demonstrate high seam strength, resistance to cuts, and structural integrity even under demanding use.
Chemical Resistance
Products must withstand exposure to corrosive substances such as battery acids and extinguishing agents, ensuring ongoing effectiveness during lithium-ion fires.
Rapid Deployment
Designed for fast action, compliant blankets must be deployable by two responders without specialized tools or training—critical for emergency readiness.
Bridgehill is proud to support the implementation of DIN SPEC 91489:2024-11. Our extreme fire blankets are engineered to meet these exacting standards—ensuring they are safe, dependable, and ready for use in any EV fire emergency.
As one of the first manufacturers aligned with DIN SPEC 91489, Bridgehill helps usher in a new era of trusted, standardized EV fire safety solutions.
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