Fire & Safety

Fire Hydrant System

We offer customized fire fighting solutions to effectively combat fire hazards. One of our key solutions is the Fire Hydrant System, a water- based system designed to tackle fires of significant magnitude across all classes of risks. This system is engineered to remain operational even if a portion of the affected structure collapses. A well-designed and strategically laid out Hydrant System forms the backbone of our comprehensive fire fighting system. It encompasses internal hydrant piping, hose reel drums, hose cabinets, internal and external hydrant valves, and a set of reliable pumps.

Sprinkler System

Our sprinkler system is an unparalleled fire prevention solution in today's market. It surpasses other systems due to its ability to suppress fires before they escalate. This highly effective Fire Sprinkler System is specifically designed to save lives and mitigate financial losses. It operates by swiftly detecting and responding to fire, delivering water or other extinguishing agents directly to the source of the fire. By acting promptly, it minimizes the potential damage caused by fire incidents.

Intelligent Addressable Fire Alarm System

The Intelligent Addressable Fire Alarm System stands out for its exceptional speed in detecting and accurately identifying the fire's location, as well as its user-friendly maintenance. The system seamlessly connects call points, sounders, and interface modules using a single pair of wires. Each device within the detection loop is assigned a unique address, typically configured through switches located at the rear of the device.

Fire Pump Room System

The fire pump, an essential component of a fire sprinkler system's water supply, is powered by electric, diesel, or occasionally a steam turbine, and serves the vital function of drawing water from either the public underground water supply piping or a static water source such as a tank, reservoir, or lake, subsequently providing water flow at a higher pressure to the sprinkler system, rise standpipes, and other firefighting connections. Operating with the assistance of an electric motor, diesel engine, or steam turbine, the fire pump activates automatically when the pressure within the fire sprinkler system drops below a designated threshold, which occurs when one or more fire sprinklers are exposed to heat beyond their design temperature, causing them to open and release water, or when other firefighting connections like fire hose reels are opened, resulting in a pressure drop in the fire fighting main.

Fire Extinguishers

A fire extinguisher is a handheld device filled with chemicals used to extinguish small fires in emergencies.

Categories of Fire Extinguishers commonly which are used for different types of fires as follows.

• Carbon di-Oxide CO₂ type
• Mechanical Foam
• Water CO₂ type
• Dry Chemical Type
• Modular Automatic Fire Extinguishers
• Water Mist Fire Extinguishers

Fire Fighting Panels

Our Fire Fighting Panels are the heart of the fire fighting system and is designed by our experienced Technical Engineers with advanced technologies.Our products are avaliable in different specifications to meet the varied needs of our clients.

Features:

• Works in both auto/manualmode
• Operational volyage of 415V
• Easy Installation and connection
• When pressure drops it runs automatically for fire prevention
• Available in wall mounted/floor mounted options

Fire Booster Pump along with Panel

A Fire Booster Pump is a vital component of fire protection systems, designed to enhance water pressure and flow for more effective firefighting operations. We specialize in providing high-quality Fire Booster Pump solutions that ensure reliable performance when it matters most. In this section, we will explore the key features and benefits of our Fire Booster Pump systems.

• High-rise buildings: Ensuring adequate water pressure for fire suppression in tall structures.
• Industrial facilities: Providing enhanced firefighting capabilities in warehouses, manufacturing plants, and storage facilities.
• Commercial spaces: Safeguarding shopping centers, hotels, theaters, and other public venues.
• Municipal buildings: Supporting fire protection in schools, hospitals, government facilities, and community centers.

Water Contain System

A fire safety water containment system plays a crucial role in firefighting and protecting lives and property. This specialized system includes firewater storage tanks, fire hydrants, pumps, and water distribution networks. The water containment system ensures a reliable water supply during fire emergencies, enabling firefighters to quickly access and extinguish flames. The storage tanks are strategically located to provide sufficient water reserves, while hydrants are strategically placed throughout the premises for easy access. Regular inspections and maintenance of the system are vital to ensure its readiness and functionality. With an effective fire safety water containment system in place, the response time to extinguish fires is minimized, enhancing overall fire safety and reducing the potential for catastrophic damage.

Gas Separation System

A fire safety gas separation system is a critical component in industrial settings where flammable gases are present. This system effectively separates and isolates gases to prevent the spread of fire and mitigate potential explosions. It consists of gas detectors, shut-off valves, and venting mechanisms. When a fire is detected, the system automatically shuts off the gas supply, isolating the affected area. Additionally, it redirects flammable gases to safe venting locations to minimize the risk of ignition. Regular maintenance, inspections, and testing are essential to ensure the system's reliability and functionality. By swiftly isolating and containing flammable gases, a fire safety gas separation system helps protect workers, equipment, and facilities, reducing the potential for fire-related accidents and minimizing property damage.

Smoke Detection System

Smoke detection systems are vital for early fire detection and ensuring prompt evacuation. These systems employ various technologies such as ionization, photoelectric, or air-sampling to detect the presence of smoke particles in the air. When smoke is detected, the system triggers alarms and alerts occupants to evacuate safely. Smoke detectors are strategically placed throughout buildings, including common areas, corridors, and rooms. Regular maintenance and testing of these detectors are crucial to ensure their effectiveness. By providing early warning of fire incidents, smoke detection systems enable swift response, minimizing the risk of injury and property damage. Their reliability and accuracy make them indispensable for comprehensive fire safety measures.