HAFEX Aerosol Technology
CONDEMSED AEROSOL TECHROLOGY
HFX represents an innovative fire suppression solution designed for rapid and effective fire extinguishing across critical environments. This advanced technology interrupts combustion chain reactions through microscopic aerosol particle generation, delivering near-instantaneous fire suppression with remarkable precision.
The system offers unparalleled advantages, including zero residual contamination, complete safety for sensitive electronic equipment, and versatility across multiple fire classes (A, B, and C). Its compact design enables deployment in diverse critical infrastructure sectors such as data centers, telecommunications facilities, electrical panels, industrial control rooms, marine engine rooms, and military installations.
Key technical strengths include environmental friendliness, zero ozone depletion potential, and exceptional performance across extreme temperature ranges from -50°C to +70°C. The aerosol particles, measuring between 1-10 microns, ensure targeted suppression with minimal system intervention.
Operating with remarkable efficiency, HFX systems typically discharge within 5-10 seconds, protecting volumes ranging from 1-20 cubic meters. The technology supports both automatic and manual activation modes, providing flexible fire protection solutions that meet international safety certification standards.
By combining cutting-edge chemical engineering with robust fire science, HFX condensed aerosol technology represents a next-generation approach to fire suppression, prioritizing rapid response, equipment preservation, and operational continuity.
CONDEMSED AEROSOL TECHROLOGY
HFX represents an innovative fire suppression solution designed for rapid and effective fire extinguishing across critical environments. This advanced technology interrupts combustion chain reactions through microscopic aerosol particle generation, delivering near-instantaneous fire suppression with remarkable precision.
The system offers unparalleled advantages, including zero residual contamination, complete safety for sensitive electronic equipment, and versatility across multiple fire classes (A, B, and C). Its compact design enables deployment in diverse critical infrastructure sectors such as data centers, telecommunications facilities, electrical panels, industrial control rooms, marine engine rooms, and military installations.
Key technical strengths include environmental friendliness, zero ozone depletion potential, and exceptional performance across extreme temperature ranges from -50°C to +70°C. The aerosol particles, measuring between 1-10 microns, ensure targeted suppression with minimal system intervention.
Operating with remarkable efficiency, HFX systems typically discharge within 5-10 seconds, protecting volumes ranging from 1-20 cubic meters. The technology supports both automatic and manual activation modes, providing flexible fire protection solutions that meet international safety certification standards.
By combining cutting-edge chemical engineering with robust fire science, HFX condensed aerosol technology represents a next-generation approach to fire suppression, prioritizing rapid response, equipment preservation, and operational continuity.
K TYPE HAFEX AEROSOL
GRAMD HAFEX UNITS
MINI HAFEX UMITS
S TYPE HAFEX AEROSOL
GRAMD HAFEX UNITS
MINI HAFEX UMITS
Manual fire extinguishers
AMR-1
The AMR-1, the world’s smallest portable fire extinguisher, is an excellent modern alternative to traditional fire extinguishers. This innovative device provides effective fire protection in various spaces, including kitchens, cars, boats, and garages.
Compared to conventional pressurized fire extinguishers, the AMR-1 offers several notable benefits. It features a compact design, requires no annual maintenance or associated costs, leaves no residue after extinguishing fires, and is environmentally friendly. Additionally, it is easy to use, safe, reliable, and efficient.
The device contains 50 grams of aerosol-based chemicals, measures just 233mm in length with a 50mm diameter, and has a discharge time of up to 12 seconds, making it both portable and highly effective.
AMR-3
A new generation of fire-extinguishing agents has brought forth an innovative solution for effective fire prevention. This cutting-edge aerosol technology was originally developed for aerospace applications, particularly for rocket propulsion. Utilizing flameless solid fuels, these systems provided thrust without excessive heat or visible flames, enabling precise guidance for thermal missiles and avoiding interference with radar systems. Today, this advanced technology has been repurposed for widespread civilian applications.
Compared to conventional pressurized fire extinguishers, the AMR-3 boasts numerous advantages. It features a compact design, requires no annual maintenance, leaves no residual mess after deployment, and is environmentally friendly. Furthermore, it is simple to operate, highly reliable, safe, and cost-efficient.
The portable fire extinguisher AMR-3 serves as an excellent alternative to traditional extinguishers. Its innovative design makes it ideal for diverse settings such as kitchens, vehicles, boats, garages, offices, schools, and more, delivering dependable fire protection wherever it is needed.
Super Fire Extinguishing Ball
The Super Fire Ball is a lightweight (1.3 kg), innovative fire extinguishing device designed for simplicity and efficiency. It requires no prior training, making it easy for anyone, including children, to use. Unlike traditional fireballs, it features a revolutionary multi-activation system with three methods:
- Manual Operation: Throw or roll the ball into the fire. It activates within 3–10 seconds to extinguish the fire immediately.
- Automatic Operation: Installed 10–30 cm above potential fire sources, it activates upon contact with flames or intense heat, sounding an alert while extinguishing the fire.
- Integrated Activation: Unique to the Super Fire Ball, it connects to detectors, heat cables, or fire panels, allowing activation without direct flame contact.
Suitable for homes, offices, factories, and vehicles, it can be placed near high-risk areas like kitchens, electrical cabinets, or gas cylinders. Its advanced technology and multiple activation methods ensure maximum reliability and safety.
