Impulse Storm · RadEX
Three proven strands — one new class of fire protection.
In the spring of 2026, the separate strands of Impulse Storm / RadEX — engineering, testing, and regulatory — came together into a single whole. This is no longer about one new fire-suppression system or an improvement to an existing product. Something else has taken shape: a new class of foam concentrate for severe storage-tank fires, the proven RadEX aerosol, and a standardization track built not on manufacturers’ claims but on open measurement.
The season’s direct conclusion is blunt: the existing logic of fire suppression does not match today’s risk scenarios. Conventional systems are designed for a fire that develops gradually — there is time to detect it, start the pumps, deliver the extinguishing agent through pipework, and bring in personnel. In the scenario of an instantaneous tank ignition, that logic collapses: the fire appears already fully developed, and the detectors, pump lines, and foam chambers can be destroyed in the very second they are meant to act. The question is no longer the quality of installation or the maintenance budget — the system is too late by its very design.
Our foam concentrate solves this differently. The foam is generated inside the unit itself as a compressed medium saturated with inert gas, and it reaches the fuel surface in the first seconds — before the fire enters the stage at which it can no longer be suppressed. It adds no oxygen to the combustion zone and depends on no external pump station, power supply, or long pipe runs. The result is proven in practice: 13 documented suppressions of real tanks — all within 75 minutes — and 60 full-scale tests with a 100% success rate. This foam is permitted under current standards (NFPA 11, UL 162), yet no manufacturer in the world has ever developed or tested a concentrate for this specific task.
RadEX moved the conversation about aerosol suppression out of the realm of certificates and into measurement against measurement. In an official comparative test in Finland (Pelastusopisto), toxic gases, oxygen, nitrogen oxide, carbon monoxide, temperature, and aerosol-particle mass were measured after discharge — against not a laboratory sample but a certified market product (UL, EPA SNAP, EN 15276-1). The RadEX condensed aerosol delivered the same suppression efficiency at ≤10 g/m³ as the market product at 100 g/m³ — ten times less mass — and proved measurably safer. This is not a marketing formula but a technical fact that can be verified and repeated.
The principal, unifying result of the spring is standardization. Fire suppression has ceased to be merely a competition of technologies; it is a question of the criteria for market access. Today a certificate records only that a product has passed an accepted test procedure — but the procedure itself may not correspond to the real risk. If a system is declared safe for people, enclosed spaces, marine assets, energy, and industry, its safety must be confirmed by transparent testing: toxic gases, temperature, oxygen, aerosol load, the activation scenario and its timing, behaviour in a closed space and in a real fire, autonomy, fault tolerance. A path has now opened toward a European state standard: a European technical body has begun assessing our technology under a European Assessment Document grounded in real fire tests. No such standard exists in any country in the world — and it is precisely this that binds the three strands into one: the foam and RadEX supply the proof, the standard turns that proof into a criterion.
The conclusion is simple. Impulse Storm / RadEX is no longer a set of promising developments but a technological foundation that closes the gap between the real physics of fire and an outdated logic of protection. Where the old system waits for a signal and enters the fight too late, the new design acts in the first seconds; where the market leaned on certificates, RadEX raises the discussion to the level of measurable data; where the standards do not describe the new risk, the basis for a new standard appears. For industry, regulators, insurers, strategic partners, and capital this means one thing: what stands before the market is not another variant of a fire extinguisher but a possible change in the class of fire protection.
This is no longer a promise — it is a direction that has become technically visible.
