A
FUNCTIONAL COATINGS
PROTECTION APPLIED AS A SURFACE. RESPONSE BUILT INSIDE.
Microcapsules integrated into a protective coating applied to a surface exposed to localized thermal risk.
Integration formats
BUILTINTOTHEPROTECTEDSYSTEM.
One capsule architecture. Multiple integration pathways.
B
RESPONSIVE PAINT SYSTEMS
FROM PASSIVE FINISH TO ACTIVE RESPONSE LAYER.
Capsule technology designed for incorporation into compatible paint and surface-treatment systems.
C
ENGINEERED LINERS
PROTECTION WHERE THE EVENT IS MOST LIKELY TO START.
Thin protective layers designed for integration inside enclosures, compartments and high-risk equipment zones.
D
POLYMER & COMPOSITE INTEGRATION
THE RESPONSE CAN BEGIN INSIDE THE COMPONENT.
Microcapsules incorporated directly into compatible polymeric or composite material systems.
E
ENERGY STORAGE INTEGRATION
THERMAL EVENTS START LOCALLY. THE RESPONSE SHOULD TOO.
Capsule-enabled materials designed for localized response within battery-adjacent protective structures.
F
PROTECTED ENCLOSURES
TURN THE ENCLOSURE INTO PART OF THE RESPONSE.
Fire-suppression functionality integrated into the surfaces and materials surrounding critical equipment.