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Fire Extinguisher
A fire extinguisher is a crucial safety device designed to combat small fires in emergencies. It’s not intended for large, uncontrolled fires. It consists of a handheld cylindrical vessel containing an agent to suppress the fire. Extinguishers are categorized by fire type — A (ordinary combustibles), B (flammable liquids), or C (electrical fires). Regular maintenance is necessary for optimal performance, and knowing how to operate one is essential for quick action during outbreaks.
Fire Hydrant System
A Fire Hydrant System is a fundamental safety measure designed to provide immediate water supply during fire emergencies. Hydrants are strategically placed to allow firefighters quick and easy access for extinguishing flames. The system includes pipes, valves, and pumps that ensure strong water pressure at all times. It is ideal for industrial, commercial, and residential buildings. Reliable and robust, a fire hydrant system forms the backbone of any active firefighting infrastructure.
Fire Sprinkler System
A Fire Sprinkler System is an automatic fire suppression solution that activates when it detects heat. Sprinklers release water directly over the affected area, controlling or extinguishing the fire quickly. These systems are highly effective in minimizing property damage and ensuring occupant safety. Widely used in offices, malls, and high-rise buildings, they provide 24/7 protection. Their proven reliability makes sprinklers one of the most trusted fire safety measures globally.
Fire Pump Room
A Fire Pump Room houses the essential equipment that maintains water pressure and flow for the entire fire protection network. These pumps automatically activate when system pressure drops, ensuring uninterrupted water supply during emergencies. Designed for reliability and efficiency, they form the heart of any suppression system, supporting hydrants, sprinklers, and hose reels. Properly maintained fire pump rooms guarantee quick response, operational safety, and compliance with stringent fire norms — making them a critical backbone of every fire safety infrastructure.
Fire Alarm & Fire Fighter Communication Systems
An Addressable Fire Alarm System uses intelligent communication between detectors and the control panel to pinpoint the exact fire location, ensuring faster response and minimal false alarms. In contrast, a Conventional Fire Alarm System operates through zonal detection, providing a reliable and cost-effective solution for small to medium facilities. Complementing these is the Fighter’s PA & Talkback System, which enables clear two-way communication between control rooms and fire-fighting zones, ensuring seamless coordination during emergencies. Together, these systems create a unified safety network that strengthens detection, alerting, and on-ground response in critical fire situations.
Fire Door
A fire door is engineered to resist the spread of fire and smoke within structures. Made with high-temperature-resistant materials, fire doors ensure safe evacuation by maintaining compartmentalization during a fire. Classified by fire-resistance durations (30, 60, 120 minutes), they require regular inspections to maintain effectiveness and integrity.
Advanced Gas-Based Fire Suppression Systems
Our Tube Suppression System, CO₂ Gas Flooding System, and FM200 Gas Suppression System offer rapid and residue-free protection for sensitive areas where water-based systems are unsuitable. The Tube Suppression System provides localized, automatic fire detection and extinguishing at the source. The CO₂ Gas Flooding System delivers efficient fire suppression by displacing oxygen, ideal for high-risk industrial applications. The FM200 Gas Suppression System uses a clean, eco-friendly agent that extinguishes fire swiftly without harming equipment or leaving residue. Together, these systems ensure quick response, minimal downtime, and maximum asset protection across diverse environments.
Water Curtain System
A Water Curtain System creates a protective wall of water that blocks flames and smoke. It is often installed at building entrances, storage areas, or between hazardous zones. The curtain cools the fire and prevents it from spreading further. These systems are highly effective in industrial plants, warehouses, and large commercial facilities. Water curtains also enhance safe evacuation routes during emergencies.
Drencher System
A Drencher System is designed to provide surface protection by discharging large volumes of water. It is commonly used on building exteriors, fuel storage tanks, and conveyor belts. Drenchers form a protective layer that cools surfaces and prevents ignition. They are crucial in areas exposed to high fire risk or radiant heat. Simple yet powerful, they provide reliable fire protection in critical zones.
MVSS & HVSS
Medium Velocity Water Spray Systems (MVSS) emit water at moderate speeds forming a mist to combat fires, especially in lighter oil scenarios, cooling areas and preventing fire spread. High Velocity Water Spray Systems (HVSS) discharge water rapidly, ideal for heavier oil fires by cooling and displacing oxygen. Regular upkeep is necessary for emergency efficiency.
Staircase pressurization system
A Staircase Pressurisation System is designed to maintain positive air pressure within stairwells during a fire emergency, preventing smoke infiltration and ensuring a safe evacuation path for occupants. By continuously supplying clean air and controlling differential pressure, it keeps escape routes clear, enhances visibility, and supports firefighter access. This system plays a critical role in meeting fire safety codes and ensuring life protection in high-rise and commercial buildings.
Basement Ventilation system
A Basement Ventilation System ensures proper air circulation and effective smoke extraction during fire incidents or emergencies. It removes heat, smoke, and toxic gases from enclosed spaces, maintaining breathable conditions and visibility for safe evacuation and firefighting operations. Designed as per fire safety norms, it plays a crucial role in enhancing air quality, reducing hazards, and ensuring compliance in multi-level and underground structures.
Foam Flooding system
A Foam Flooding System is designed to rapidly suppress fires involving flammable liquids and hazardous materials by forming a thick foam blanket over the fuel surface. This foam cuts off the oxygen supply, cools the area, and prevents re-ignition. Commonly used in fuel storage areas, chemical plants, and industrial facilities, it provides fast, effective, and reliable protection against high-risk fire scenarios, ensuring maximum safety and minimal damage.
Fire Curtain
A Fire Curtain System acts as a dynamic barrier that automatically deploys during a fire to contain smoke and flames, preventing their spread to adjacent zones. Designed to integrate seamlessly into modern architecture, it helps maintain safe escape routes and compartmentalize fire-prone areas. These curtains are heat-resistant, compact, and compliant with international fire safety standards, ensuring enhanced protection and controlled evacuation in commercial and high-rise buildings.
Vesda System
A VESDA (Very Early Smoke Detection Apparatus) System provides ultra-sensitive, continuous air sampling to detect smoke particles at the earliest stage of a potential fire. By offering early warning alerts, it allows timely intervention before flames or visible smoke appear. Ideal for data centers, control rooms, clean rooms, and high-value facilities, VESDA ensures maximum protection, minimal disruption, and advanced reliability in critical environments.
Emergency Exit Plan and Signage
An Emergency Exit Plan details the quickest and safest evacuation routes in emergencies, ensuring occupants’ timely and orderly exit. Paired with clear Signage, it becomes a vital safety component. Strategically placed, these signs guide individuals towards safe exits, assembly points, and equipment locations, even in low visibility. Incorporating universally recognized symbols and often luminous materials, the signage is crucial for swift evacua-tions. Regular reviews and updates of both the plan and signage are essential to cater to changes in building layout or occupancy.
Linear Heat Detection System
A Linear Heat Detection System continuously monitors temperature along its cable length. When heat rises beyond a set threshold, the system sends an alarm signal. It is ideal for environments where traditional detectors cannot be installed, such as tunnels, conveyors, or cable trays. The system ensures early detection of fire hazards in critical areas. Rugged and reliable, it works effectively even in harsh industrial conditions.
Aerosol Fire Suppression System
An Aerosol Fire Suppression System uses fine solid particles and gases to extinguish fire. It disrupts the chemical chain reaction, effectively stopping combustion. Compact and easy to deploy, aerosol systems are suitable for electrical rooms, vehicles, and confined spaces. They require minimal maintenance compared to traditional systems. Aerosol suppression is both efficient and cost-effective.
Fire Wall System
A Fire Wall System provides structural separation to stop fire from spreading between building sections. Constructed with fire-resistant materials, it ensures maximum protection in critical facilities. Fire walls are essential in factories, warehouses, and multi-unit complexes. They not only prevent property loss but also safeguard lives by allowing extra evacuation time. Durable and compliant with safety codes, they are a vital part of fire protection design.
Clients Protected
50,000
+Projects Executed
1000
+Systems Installed
4800
+Buildings Secured
