Energy Battery

Energy & Battery Safety Solutions

Modern energy systems rely on lithium-ion technology—powerful but potentially hazardous. InsoFire provides specialized containment and protection materials to help facilities handle battery-related fire risks safely and efficiently.

Why Battery Safety Matters

Technician in safety gear gently covering lithium battery modules with a fireproof blanket in a clean industrial workshop under soft natural light.

From e-bike service centers to large-scale energy storage systems, lithium batteries carry a risk of thermal runaway. Rapid temperature rise, smoke, and toxic gases can threaten workers and property. Having the right isolation and shielding tools can stop escalation within seconds.

Our Protective Approach

InsoFire’s range of fire-resistant fabrics and battery containment products provide a layered defense system — fast isolation, heat reflection, and controlled containment for lithium-based incidents.

Rapid Isolation

E-Bike Fire Blanket – Quickly smothers small-scale battery fires in workshops, parking areas, or warehouses. Custom sizes available for scooters and small EVs.

Thermal Reflection

Aluminized Fiberglass Fabric – Reflects radiant heat and prevents ignition spread between nearby battery modules. Ideal for lining, wrapping, or creating radiant barriers.

Safe Storage & Charging

Fireproof Battery Bags – Contain small packs during charging, testing, or transport. Used widely in labs and maintenance facilities.

Featured Products

E-Bike Fire Blanket

Immediate isolation for e-bike and scooter batteries.

Aluminized Fiberglass Fabric

Aluminized Fiberglass Fabric

Radiant heat barrier for EV and ESS setups.

Lipo Battery Fireproof Bag

Fireproof Battery Bag

Safe containment for small lithium packs.

Application Scenarios

Isometric diagram of an energy storage area with a charging station, fire blanket cabinet, heat shield buffer zone, and battery shelves protected by reflective heat shields, all labeled for safety.

Our products support safety standards for energy storage, EV maintenance, and laboratory environments:

  • Charging bays – Blanket cabinets near every 5–10 stations.
  • Workshops – Hanging isolation curtains or folded fire blankets for quick deployment.
  • Storage areas – Fireproof pouches and reflective panels between battery shelves.

Safety Insights

Unlike traditional fires, lithium-ion events emit both radiant heat and chemical energy. A proper safety plan includes three layers:

  1. Immediate isolation – Deploy fire blanket within 10 seconds.
  2. Thermal shielding – Reflect and contain radiant heat.
  3. Controlled storage – Keep charged packs separated and enclosed.

FAQs

Can the E-Bike Fire Blanket handle active burning batteries?

Yes. It’s built to withstand high thermal loads and limit oxygen supply, slowing reaction rates during thermal runaway.

Is aluminized fiberglass suitable for indoor use?

Absolutely. It’s flexible, odor-free, and clean to handle, ideal for lining walls or battery enclosures.

Are these products reusable?

Blankets and fabrics are reusable after inspection, as long as the integrity of the material remains intact.

Take Action

Equip your facility with proven containment tools for battery incidents. Contact us to design your customized battery safety system today.

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