Eco-Friendly

Rapid Fire Supression

Space-Saving Protection

Residue-Free

Free Shipping Worldwide
Protect your home with FEROSTICKER

FEROSTICKER VS THEM

Discover why FEROSTICKER outperforms traditional fire safety solutions across every key metric

Feature Comparison FEROSTICKER Traditional Fire Extinguishers Automatic Sprinkler Systems Gas Extinguishing System Fire Extinguishing Balls
Self-Activating (No Manual Use)
Compact & Lightweight
Easy Peel & Stick Installation
No Wiring or Power Needed
Residue-Free After Activation
Suitable for Small/Confined Spaces
Multi-Environment Use (Vehicles, Cabinets, Homes)

The technology behind FEROSTICKER

Firefighting technology developed for space travel
The solid consists mainly of a form of potassium compound. Potassium radicals are very active and interrupt the chemical combustion reactions by neutralizing hydrogen, oxygen and hydroxide radicals in the flame. Since aerosols consist of very small particles in a gas, the result is a more effective extinguishing agent than conventional powders. The falling speed of the particles decreases with a smaller diameter as the surface area becomes large in relation to the mass, which means that the air resistance is relatively large in relation to the gravitational force. This results in the particles staying suspended for a longer time and thus contributes to a longer inertia time. This results in better re-ignition protection. The extinguishing effect per unit weight is in the range of 3-10 times more effective than Halon and CO2.

Reasons for Fires in Electrical Enclosures

Badly routed or old cables

Aging or poorly routed cables can degrade over time, increasing the risk of overheating and fire due to worn insulation and external influences.

Lightning strikes

Lightning can cause surges that start fires in electrical systems, especially if grounding or protection is inadequate.

Bad components

Cheap or low-quality components wear out quickly, increasing fire risk due to overheating, short circuits, or failure under load.

Loose components

Loose connections generate heat, which can go unnoticed and eventually ignite nearby materials, causing a fire.

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FAQ'S

What is the Ferosticker?

What areas can Ferosticker protect?

Is installation easy?

Does Ferosticker require maintenance?

Is it safe to use around electronics?

Is Ferosticker certified or tested?

How does it compare to traditional fire extinguishers?

What are common use cases by industry?

Is Ferosticker allowed in the EU?

What size area can it protect?

Can Ferosticker protect lithium batteries?

Is it allowed in motorhomes / yachts?