Lithium-ion batterijbrand oplossingen voor autorecyclingfaciliteiten

Lithium-ion batteries are now a standard part of modern vehicles. As a result, they have become a growing risk in auto recycling facilities.

From EV battery packs to power tools and e-bikes, these batteries often enter the waste stream unnoticed. When damaged or mishandled, they can quickly lead to dangerous fire incidents.

For recycling operators, the challenge is clear: how do you control a lithium-ion battery fire before it spreads?

Why Lithium-Ion Battery Fires Are a Growing Risk

Auto recycling facilities handle a wide range of materials. Many of these contain lithium-ion batteries, including:

• Electric and hybrid vehicles
• Power tools and workshop equipment
• E-bikes and e-scooters
• Loose battery packs and storage systems

These batteries still contain energy, even at end-of-life. During dismantling or shredding, they can become unstable.

When this happens, the risk of fire increases significantly.

What Is Thermal Runaway?

The main cause of lithium-ion battery fires is thermal runaway.

This occurs when a battery becomes unstable due to damage, heat, or internal failure. The temperature rises rapidly, causing a chain reaction inside the cells.

The result:

• Fire
• Intense heat
• Release of toxic gases
• Risk of explosion

In a recycling facility, this process can start suddenly and escalate within seconds. As we have unfortunately seen in several cases the past years.

Why Traditional Firefighting Methods Fall Short

Lithium-ion battery fires behave differently from conventional fires.

They are:

• Self-sustaining
• Difficult to extinguish
• Capable of reignition

Water and standard extinguishing methods often do not stop the reaction completely.

That is why many facilities are shifting their focus from extinguishing to containment.

The Importance of Containing Lithium-Ion Battery Fires

In an auto recycling environment, full prevention is not always possible. Batteries can be hidden, damaged, or incorrectly disposed of.

This means every facility needs a clear containment strategy.

The goal is simple:

• Stop the fire from spreading
• Protect nearby vehicles and materials
• Minimize damage and downtime

This is where fire blankets play a critical role.

Fire Isolator Fire Blankets for Lithium-Ion Battery Fires

Fire Isolator fire blankets are designed to contain lithium-ion battery fires quickly and effectively. A long list of automotive companies has chosen Fire Isolator blankets to have available when a thermal runaway occurrs in one of their car.

They can be deployed directly over a heating up, burning or smoking battery to isolate the incident. Note that safety alwayes comes first and that, in case of fire/flames, the person deploying the blanket should wear PPE.

Key benefits of Fire Isolator blankets include:

• Immediate containment of flames and sparks
• Reduction of oxygen supply
• Limitation of fire spread
• Protection of surrounding assets

In a recycling facility, this can prevent a small incident from becoming a major fire.

Suitable for Multiple Applications

Fire Isolator blankets are suitable for a wide range of lithium-ion battery risks, including:

• Damaged EV battery modules
• Batteries in dismantled vehicles
• Power tools and industrial equipment
• E-bikes and e-scooters
• Battery storage areas

This makes them a versatile solution for modern recycling operations.

Tested and Proven in the Automotive Sector

In the automotive industry, reliability is essential.

Fire Isolator blankets are supported by:

• Global test reports (EN ISO 13501-1 A1 score, NFPA 701, ASTMD6413 and DIN SPEC 81489)
• Real-world fire testing ( linken naar: https://fireisolator.com/videos/#videos)
• Proven use in automotive environments (almost all major car brands use Fire Isolator blankets)

They are already used in workshops, EV service locations, and industrial facilities.

This provides confidence that the solution works in real-life situations.

More Than a Product: Expertise and Support

Lithium-ion battery risks are evolving. Having the right product is important, but so is having the right knowledge.

Fire Isolator (and our global dealer network) supports customers with:

• Practical application advice
• Risk awareness
• Implementation guidance
• Industry experience

This helps recycling facilities improve their overall fire safety strategy.

Reduce Damage, Downtime, and Risk

A lithium-ion battery fire can have serious consequences:

• Operational downtime
• Equipment damage
• Safety risks for personnel
• Insurance and liability issues

By using Fire Isolator fire blankets, facilities can:

• Contain incidents quickly
• Reduce collateral damage
• Maintain control in critical situations

Conclusion

Lithium-ion battery fires are a growing challenge in auto recycling facilities.

With increasing volumes of batteries entering the waste stream, the risk will only continue to rise.

Fire Isolator fire blankets offer a practical and proven solution to contain these fires at the source.

By focusing on containment, recycling facilities can improve safety, protect their operations, and reduce the impact of battery-related incidents.

Contact our team today for more information or quote requests: https://fireisolator.com/contact/

See where your nearest dealer is located: https://fireisolator.com/dealers-overview/