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Our Essentials

Fire Hydrant System

Fire hydrants with a variety of valves and connection points are seen in many places. In the event of a fire breakout, firefighters locate the fire hydrants, connect their hoses and then pump a large volume of pressurized water to put out the fire. In most cases, a fire hydrant is the primary method of firefighting in a municipal area. Laws for keeping operational fire hydrants at specific intervals and with free access in buildings, factories, urban and developed areas are an important component of fire control and safety

Fire Sprinklers System

Fire sprinkler systems work by way of a heat sensor bulb that is contained in the head of the system. If a fire starts, the heat from the flames will rise to heat the sprinkler sensor. When the heat exceeds a set point, the sensor bulb will break and the water will spray out onto the fire. A sprinkler system is an automatic system.

 

Smoke detectors & Alarm systems

A smoke detector is a sensor that detects smoke as a primary indication of fire. It provides a signal to a fire alarm system in a large building, or produces an audible and visual signal locally in a room or a home. Smoke detectors are usually housed in a small, round shaped plastic case, and placed at the roof where there are risks of fire or fire hazards.

 

Fire extinguisher

Fire extinguisher is an apparatus used to put out a small fire by directing onto it a substance that cools the burning material, deprives the flame of oxygen, or interferes with the chemical reactions occurring in the flame. Water performs two of these functions: its conversion to steam absorbs heat, and the steam displaces the air from the vicinity of the flame.

Basement Ventilation System

A basement ventilation system is essential for maintaining indoor air quality, reducing moisture, and preventing mold growth. With components such as supply and exhaust vents, fans, ducts, and humidistats, it efficiently circulates fresh air, removes stale air, and regulates humidity.

Staircase Pressurization Systems

Staircase pressurization systems are vital for fire safety, providing a safe, smoke-free escape route during emergencies. Designed with advanced controls and sensors, they are tailored to the building layout for optimal performance and reliability.

gas based suppression system

A pump room have fire pump which is a part of a fire sprinkler system’s water supply and powered by electric, diesel or steam. The pump intake is either connected to the public underground water supply piping, or a static water source.

foam based

Foam based suppression system

Fire suppression foam is comprised of three parts: Foam concentrate, Water, and Air. When mixed correctly, these parts form a homogeneous foam blanket that extinguishes flames by the combined mechanisms of cooling, separating the flame source from the product surface, suppressing vapours, and smothering. This makes foam suppression systems an effective option for protecting flammable and combustible liquids.

Sprinkler System

Fire sprinkler systems work by way of a heat sensor bulb that is contained in the head of the system. If a fire starts, the heat from the flames will rise to heat the sprinkler sensor. When the heat exceeds a set point, the sensor bulb will break and the water will spray out onto the fire. A sprinkler system is an automatic system.

Talk Back Fire Alarm System

These devices simplify emergency communications and bulk evacuations for all kinds of facilities. With these systems, building owners and managers can grab the attention of occupants and ensure effective communication at the right period of time.

Gas Leak Detectors

Gas detection is done in organizations and plants where there is a chance of leakage and seepage of dangerous gas. A gas detection system is usually connected with an alarm system, so as soon as the potentially dangerous gas is detected, the alarm is set to ON automatically, which warns the workers in time to safely evacuate.