Aerosol Fire Extinguisher – NAFEG-TED Model

The NAFEG-TED Aerosol Fire Extinguisher is an all-in-one, independent fire protection solution where fire detection and extinguishing are fully integrated into a single unit. The system can be controlled via a control unit when required, or activated mechanically, without being connected to any external electrical power supply.

Equipped with an integrated thermal sensor/activator, NAFEG-TED automatically detects fire and activates at preset temperature thresholds such as 57°C, 68°C, 79°C, 93°C, 141°C, or 180°C, depending on application needs. Once fire is detected, the aerosol extinguisher suppresses the fire rapidly and effectively.

The primary purpose of the NAFEG-TED Aerosol Fire Extinguisher is to quickly and effectively extinguish small fires before they spread. It is designed for use in enclosed spaces such as:

• Homes and residential environments

• Offices and commercial buildings

• Vehicles and mobile platforms

NAFEG-TED is also suitable for special fire types, including electrical equipment fires and oil-based kitchen fires, helping to ensure occupant safety and minimize damage.

Thanks to its compact size, low weight, and independent operation, NAFEG-TED can be used in a wide range of environments, including:

• Homes and offices

• Vehicles, boats, and campsites

• Hotels and restaurants

• Schools and hospitals

• Shopping malls and other enclosed public spaces

It is particularly effective in enclosed areas where conventional fire extinguishing methods may be difficult to apply.

NAFEG aerosol fire extinguishers are available in different types, each designed for specific fire risks:

• Home Type: For common residential fires

• Vehicle Type: For cars, trucks, boats, and other vehicles

• Industrial Type: For factories and industrial facilities

• Kitchen Type: For oil-based kitchen fires

• Electrical Type: For fires involving electrical equipment

Each type offers different features and extinguishing capacities according to the intended application.

• Fast and Effective: Rapid suppression of small fires

• Compact and Lightweight: Easy installation in confined spaces

• Easy to Use: Simple activation mechanism

• Environmentally Friendly: Contains no harmful chemicals

• Safe for Humans: Designed to be harmless to human health

• Long Shelf Life: No regular maintenance required

• Minimal Damage: Easy cleanup after fire suppression

• Cost-Effective: More affordable than many conventional systems

NAFEG aerosol fire extinguishers are tested in accordance with internationally recognized standards, including:

• ISO 15779 – Performance testing for aerosol fire extinguishers

• EN 3-7 – Standards for portable fire extinguishers

• UL 711A – Performance evaluation of aerosol extinguishers

• NFPA 10 – Design, installation, maintenance, and testing requirements

These standards ensure the reliability and performance of the NAFEG-TED system across different applications.

NAFEG-TED is based on advanced aerosol fire extinguishing technology using solid potassium salts. This technology is:

• Fully eco-friendly

• Harmless to health and the environment

• Free from pressurized containers

• Not dependent on leak-free system conditions

It provides a cost-effective alternative to gaseous systems such as Novec 1230 and FM-200, which are commonly used as Halon replacements.

Aerosol fire extinguishers operate by dispersing extremely fine solid or liquid particles—smaller than 10 microns—into the protected volume. These particles remain suspended in the air for an extended period, effectively filling the space.

Inside the metal canister, a solid block composed of alkaline metal salts and auxiliary compounds is activated either mechanically or automatically. This activation triggers a redox (reduction-oxidation) reaction inside the non-pressurized container, generating a condensed fire-suppressing aerosol fog.

The aerosol fog consists of:

• Potassium carbonate and bicarbonate

• Water vapor

• Carbon dioxide

• Nitrogen

Fire suppression is achieved through a dual effect:

• Physical cooling, reducing flame temperature

• Chemical inhibition, neutralizing free radicals that sustain combustion