Revolutionize Safety With F.A.S.T.1 Formula!

Certification

Integration

Scalability

Innovating Fire Safety for Modern Materials

Fire Divergence is a Nevada based fire suppression technology company founded in 2026, focused on advanced protection for modern, high energy fires. We develop the F.A.S.T.1 nano formula and F.I.R.E.1 technology, providing eco-friendly, non-toxic fire suppression that addresses lithium ion batteries, reactive metals, volatile fuels, and synthetic materials. Our technology disrupts the fire tetrahedron's chemical chain reaction, protecting life, property, and environment with a science driven, sustainable approach.

Origin in Advanced Material Fire Risks

Fire Divergence began with a direct question, how do we address fires created by lithium ion batteries, magnesium and titanium components, and synthetic composites that traditional agents cannot control. Our answer is a proprietary, nano-emulsified formula that chelates reactive gases and free radicals, interrupts thermal runaway, and prevents re-ignition. By designing an auxiliary and primary protection platform, we provide a reliable "insurance strategy" alongside sprinklers, foams, powders, CO2, and water based systems.

Guided by the Triple Bottom Line

Our work is anchored in John Elkington's Triple Bottom Line, balancing environmental, economic, and social responsibility. F.A.S.T.1 is 100 percent biodegradable and PFOS or PFAS free, exceeds stringent EPA and OSHA expectations, and minimizes collateral damage, downtime, and cleanup costs. By neutralizing toxic smoke and gases, we protect responders and occupants while supporting ESG mandates. This framework directs every design decision and supports long term trust with regulators and stakeholders.

Environmental

Biodegradable, PFOS and PFAS free chemistry that reduces long term environmental impact.

Economic

Lower collateral damage, faster recovery, and reduced lifecycle fire protection costs.

Social

Non-toxic protection that safeguards responders, occupants, and surrounding communities.