EV Thermal Fire Blanket
6 × 9 Metre Professional Containment System
The ISOVOLT EV Thermal Fire Blanket (ISO-B0906) is a professional-grade containment system engineered to assist in isolating electric vehicle fires by helping reduce flame spread, smoke emission and radiant heat transfer. Designed for rapid deployment by a single operator, it provides workshops, dealerships and emergency response teams with an additional layer of protection during lithium-ion battery fire incidents.
Rapid Single-Person Deployment
Engineered for a single technician to deploy within seconds of an incident being identified.
Large 6 × 9 m Coverage
Sized to fully cover a standard passenger electric vehicle, isolating the vehicle from the surrounding environment.
High Temperature Resistant Construction
Manufactured from specialist high-temperature fabric engineered to withstand extreme thermal exposure, rated up to 1000°C.
Helps Reduce Flame Spread, Smoke & Radiant Heat
Acts as a physical barrier to help limit oxygen supply, suppress smoke emission and reduce radiant heat transfer.
Professional Workshop & Emergency Response Solution
Designed for controlled use in EV workshops, dealerships and emergency response environments.
Engineered for Passenger Electric Vehicles
Coverage and deployment geometry tuned for passenger electric vehicle battery fire incidents.
Product Code
ISO-B0906
Coverage
6 × 9 metres
Temperature Resistance
Rated up to 1000°C
Deployment
Single Operator
Official Fire Isolator EV Thermal Fire Blanket supplied by ISOVOLT.
Authorised Fire Isolator Distributor for Southern Africa.
Why EV Fires Require a Different Response
Unlike conventional vehicle fires, lithium-ion battery fires can behave differently due to thermal runaway, high temperatures, toxic gases and the potential for reignition. Understanding these risks is critical when selecting the appropriate emergency response equipment.
Thermal Runaway
Lithium-ion battery cells can enter a self-sustaining chain reaction known as thermal runaway. Once initiated, the event may spread between battery cells, generating significant heat and making incident management more complex than conventional vehicle fires.
Extreme Heat
Electric vehicle battery fires can generate extremely high temperatures. Specialised containment equipment designed for high-temperature environments assists emergency responders in reducing the spread of heat to surrounding vehicles, structures and equipment.
Smoke & Hazardous Gases
Battery fire incidents may release dense smoke and hazardous gases. Rapid containment helps reduce the spread of smoke throughout workshops while supporting safer incident management procedures.
Risk of Reignition
Even after visible flames have been reduced, damaged battery cells may reignite. Continuous monitoring and established post-incident procedures remain an important part of the overall emergency response process.
How the ISOVOLT Fire Containment Solution Helps
The Fire Isolator EV Thermal Fire Blanket forms part of a comprehensive emergency response strategy by assisting trained personnel in containing vehicle fires while reducing flame spread, radiant heat and smoke during an incident.
Identify the Incident
Detect signs of smoke, fire or battery failure.
Deploy the Blanket
Position the blanket over the vehicle using trained personnel.
Contain the Incident
Assist in reducing flame spread, radiant heat and smoke.
Monitor the Vehicle
Continue monitoring the vehicle and surrounding area using appropriate emergency procedures.
Recovery & Investigation
Follow workshop, manufacturer and emergency response procedures after the incident has been stabilised.
Product Overview
A 6 × 9 m high-temperature thermal fire blanket engineered to be deployed over a passenger electric vehicle during a lithium-ion battery fire to smother the fire, suppress smoke and contain radiant heat.
Lithium-ion battery fires burn at extreme temperatures and are prone to thermal runaway and reignition. The blanket provides a rapid physical barrier that limits oxygen supply, reduces flame spread to adjacent vehicles and helps protect personnel and property while the incident is managed.
Rapid deployment over a burning or overheating passenger electric vehicle to contain fire, smoke and radiant heat.
Passenger EVs (up to approximately 5.0 m length × 2.0 m width)
Why EV Fire Blankets Matter
Lithium-ion battery fires behave differently from conventional vehicle fires. Understanding the hazards helps clarify why a thermal fire blanket is deployed as part of a controlled response.
Thermal Runaway
Lithium-ion cells can enter thermal runaway, releasing intense heat and flammable gases faster than conventional extinguishers can suppress. The blanket limits oxygen supply to the reaction.
Reignition Risk
Damaged EV batteries can reignite hours after the initial fire appears to be out. Maintaining blanket coverage during cooling helps reduce the risk of secondary ignition.
Radiant Heat
An EV battery fire radiates severe heat to surrounding vehicles and structures. The blanket acts as a thermal barrier to reduce radiant heat transfer.
Containment
Deployed over the vehicle, the blanket helps contain the fire within a defined footprint, reducing the risk of spread to adjacent assets in a workshop or parking environment.
Smoke Suppression
Toxic flammable smoke is a major hazard in EV battery fires. The blanket restricts airflow to help suppress visible smoke and gas emission during the incident.
Key Benefits
Rapid Single-Person Deployment
Engineered for a single technician to deploy within seconds of an incident being identified.
Large 6 × 9 m Coverage
Sized to fully cover a standard passenger electric vehicle, isolating the vehicle from the surrounding environment.
High Temperature Resistant Construction
Manufactured from specialist high-temperature fabric engineered to withstand extreme thermal exposure, rated up to 1000°C.
Helps Reduce Flame Spread, Smoke & Radiant Heat
Acts as a physical barrier to help limit oxygen supply, suppress smoke emission and reduce radiant heat transfer.
Professional Workshop & Emergency Response Solution
Designed for controlled use in EV workshops, dealerships and emergency response environments.
Engineered for Passenger Electric Vehicles
Coverage and deployment geometry tuned for passenger electric vehicle battery fire incidents.
Choose Your Storage System
The Fire Isolator EV Thermal Fire Blanket can be stored and deployed using two purpose-built storage systems. Select the option that suits your facility's layout and emergency-response requirements.
Not sure which to choose? Compare both storage options in detail →
Recommended Suppression Add-On
Introduce additional suppression beneath the deployed fire blanket using compact aerosol units. Available as a single unit or two-unit protective case set.
Deployment Process
Vehicle Fire
Identify an EV battery fire or thermal event. Alert personnel and evacuate the immediate area.
Blanket Deployment
Trained personnel remove the blanket from storage and deploy it over the vehicle from the windward side.
Vehicle Containment
Ensure the blanket fully covers the vehicle and is sealed to the ground to restrict oxygen supply.
Temperature Monitoring
Monitor the vehicle for temperature change and signs of reignition using thermal imaging where available.
Recovery Procedure
Only remove the blanket once the vehicle has cooled and a qualified professional has confirmed the incident is controlled.
Technical Specifications
Review the key technical characteristics and operational information for this product.
General Information
Physical Specifications
Performance
Applications
Compliance
Additional Information
Technical Documentation & Certifications
Access the official technical documentation, independent test reports and product information supporting this product. These documents are provided to assist workshop managers, procurement teams, insurers, OEMs and technical personnel when evaluating product suitability.
Product Datasheet
Official product specifications, dimensions, certifications and operating information.
Independent Performance Test Report
Independent testing demonstrating thermal resistance and mechanical performance.
Material Performance Report
Independent laboratory testing of the high-silica blanket material including temperature resistance and composition.
Material Safety Data Sheet (MSDS)
Material composition, handling, storage and safety information.
Need Additional Technical Information?
If you require additional engineering documentation, product certifications or technical guidance, our team can assist.
Gallery
View real deployment photographs, engineering details and operational imagery demonstrating the ISOVOLT EV Thermal Fire Blanket during realistic emergency response scenarios.
Field deployment over a burning passenger vehicle
Industry Applications
The EV Thermal Fire Blanket is designed for organisations working with electric vehicles where rapid incident containment and emergency preparedness form part of a comprehensive safety strategy.
EV Dealerships
Protect showroom workshops, service bays and vehicle preparation areas where electric vehicles are inspected, serviced and repaired.
Independent EV Repair Workshops
Support trained technicians with professional emergency response equipment for high-voltage battery incidents.
Fleet Maintenance Facilities
Suitable for organisations maintaining electric commercial fleets, delivery vehicles and corporate transport fleets.
Vehicle Storage Facilities
Assist facilities storing damaged or quarantined electric vehicles awaiting inspection or transportation.
Training Centres
Ideal for manufacturer training facilities, technical colleges and emergency response training environments.
Emergency Response Services
Supports emergency response organisations with specialised containment equipment during electric vehicle incidents.
Suitable for
Technical Questions
Find answers to common questions regarding product applications, deployment, storage, maintenance and technical support.
Still Have Questions?
Our technical team can assist with product selection, deployment guidance, training requirements and quotation requests.
Complete Your EV Safety Solution
Build a comprehensive EV workshop safety solution by combining this product with complementary ISOVOLT equipment designed to support emergency response, high-voltage electrical safety and workshop risk mitigation.
1000V Insulated Rubber Gloves Pair
Class 0 insulating rubber gloves rated to 1,000V AC, engineered to electrically isolate a technician's hands from energised conductors during live-line and near-live high-voltage work.
Price on Request
ISOVOLT Moisture-Absorbing Glove Liners
Reusable cotton-blend liner gloves worn beneath electrical insulating rubber gloves to improve comfort, airflow and perspiration management during high-voltage work.
Price on Request
ISOVOLT ESD Anti-Static Service Gloves
Anti-static handling gloves for suitable electronics, connectors, trim and non-energised EV workshop service tasks.
Price on Request
ISOVOLT Class 0 Electrical Insulating Matting Roll
COBAswitch BS EN 61111 electrical insulating matting (EPDM rubber, Class 0) for designated EV and high-voltage working areas. 1 m × 10 m × 3 mm roll, 45 kg, fine fluted rib surface, loose-lay installation.
Price on Request
Need a Complete EV Workshop Safety Solution?
Our technical specialists can recommend a complete package tailored to your workshop, dealership, fleet or training facility. We supply integrated Fire Protection and High-Voltage Electrical Safety solutions to help organisations prepare for electric vehicle incidents.
Technical Support
Our technical specialists can help you select the correct equipment, recommend complete workshop safety solutions and prepare a quotation tailored to your facility.
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