XTS SC1-FR composite material fulfills requirements of the UL94 V-0 plastics flammability standards.
XTS is easy to assemble in different formats
Putting Batteries to the Test
• XTS forms a flame-resistant thermal barrier between pack components, insulating them from any immediate flames or other ejecta resulting from a thermal runaway event.
• XTS’ high latent heat material rapidly absorbs thermal energy generated by a thermal runaway event, quenching flames, and keeping surrounding cells and components cool.
• The enhanced specific heat capacity and thermal conductivity of XTS also provides tailored cooling benefits during normal battery pack operations.
Nail penetration Test
XTS OFFERS leading class thermal runaway protection.
Unlike other thermal barrier materials, XTS
provides significant cooling benefits
View our XTS Data Sheet here
What you need to know to prevent thermal runaway. Too much heat can cause a battery to explode or damage your device. When heat inside a battery builds up, it can have a runaway effect.
Designed and trusted for critical applications
The electric vehicle industry is rapidly growing around the world as the demand for transportation in heavily populated regions increases. E-vehicles provide the perfect solution as they are cleaner and more economic, but there is also a need to assure consumer safety. Safety begins at the battery pack design to prevent thermal runaway.
Robotics requires the efficient use of battery cycling to assure optimal performance. As devices become more complex, the heat generated within the robot can result in decreased performance and increased risk of cell damage. Limiting thermal runaway prevents damage to the robot and the surrounding areas.
Aerospace & Defense
For personal safety, wearable battery packs, handheld radios, and drones used by the War Fighter
are increasing their standards for thermal protection and optimal performance to assure continuity
in the field.
Not sure where to start?
Our experts are specialized in working with your pack design from start to finish.