Thermal Runaway
Lithium-ion battery fires burn hotter and faster, creating a self-sustaining loop that standard water sprinklers struggle to penetrate or cool effectively.
Cold-Ready · PFAS-Free · ULC Pathway
Fire Suppression
for the EV Age.
Engineered for high-risk lithium-ion fires. PFAS-free, cold-climate ready, and designed for modern infrastructure.
1,000°C
Li-ion Peak Temp
NFPA 2024
−20°C
Operational Floor
cold-climate ready
Up to 60%
Slower Heat Spread
under defined test conditions vs. water
~30s
Designed to Activate
under defined trigger conditions
Up to 75%
Less Suppressant Water
vs. conventional sprinklers
The Threat
The Lithium-Ion Threat
Standard fire systems were designed for standard fires. Electric vehicles and high-density energy storage introduce complex new risks.
The PFAS Dilemma
Legacy foams contain forever chemicals, creating massive environmental liability and facing increasing regulatory bans globally.
Cold Climate Failure
Traditional water and foam systems require significant heating infrastructure in northern parkades to prevent freezing.
Outdated Protection is a Liability.
The Formula
The EmberGuard Formula
We engineered a proprietary hydrogel-based suppression system that adheres to battery surfaces, cooling instantly while suffocating the thermal event. It's clean, compliant, and cold-ready.
Advanced Hydrogel
Sticks to vertical and inverted surfaces, maintaining a cooling layer directly on the threat.
100% PFAS-Free
Environmentally safe formulation meets all current and upcoming regulatory standards.
Sub-Zero Reliability
Operational down to -40°C without requiring expensive heated piping infrastructure.
Performance
Cooling Efficiency
Up to 4×
cooling contact vs. water*
*based on early testing
Product System
How the Thermal Drop System Works
A ceiling-mounted hydrogel system designed to detect extreme heat, deploy locally, and contain EV-related fire risk before it spreads.
PFAS-FreeCold-ready to −20°CNo plumbing or wiringRefill tablet cycle
Cross-Section · Garage Environment
Monitoring — thermal link active
Deployments
Infrastructure Protection
Designed for the high-density realities of modern urban planning.
Commercial Parkades
High-density EV charging zones require targeted, rapid-response suppression.
View Specs →Residential Condos
Protect subterranean parking structures without massive retrofit costs.
View Specs →Charging Hubs
Dedicated suppression for high-voltage fast-charging infrastructure.
View Specs →