The Lifeguard 4kg Clean Agent Fire Extinguisher is designed for use in environments where sensitive equipment or materials need to be protected from fire without causing damage or residue. Here’s a breakdown of its key features and uses: Key Features of a 4kg Clean Agent Fire Extinguisher: Clean Agent: A clean agent fire extinguisher uses a non-toxic, non-conductive gas to suppress fires. The agent is designed to leave no residue, making it ideal for sensitive electronic equipment, data centers, and areas with valuable or delicate machinery. The clean agent most commonly used is FM-200, although other agents like Novec 1230 can also be used. These extinguishers are designed to be effective in extinguishing Class A (ordinary combustibles), Class B (flammable liquids), and Class C (electrical) fires. 4kg Capacity: The 4 kg indicates the amount of clean agent in the fire extinguisher. This is a medium-sized extinguisher, typically used in office settings, server rooms, or small warehouses where the risk of electrical fires is present. Fire Classes: Class A: Ordinary combustible materials such as wood, paper, and cloth. Class B: Flammable liquids like gasoline, oils, and paints. Class C: Electrical fires, such as fires involving equipment, wiring, or circuits. Discharge Time and Range: Clean agent fire extinguishers typically have a discharge time of around 8-10 seconds, depending on the specific product. The discharge range can vary but is generally around 3-4 meters. Non-Residue Effect: One of the major benefits of clean agent extinguishers is that they leave no residue, which is critical in environments with valuable electronics, such as data centers, computer rooms, laboratories, and aircraft. This also means that there is no cleanup required after the fire is extinguished. Safety: Non-toxic: Clean agents are safe for humans in occupied spaces, provided the room is well-ventilated after discharge. Non-conductive: Safe to use on electrical fires without the risk of electrocution. Application: Clean agent extinguishers are typically used in places where other types of extinguishers, such as water or CO2, may cause damage to the property or equipment. These include: Data Centers: Protecting servers and networking equipment. IT Rooms: Safeguarding computers and network infrastructure. Medical Facilities: Areas where sensitive equipment needs protection. Electrical Rooms: Safeguarding against electrical fires without the risk of damage. Maintenance: As with all fire extinguishers, it’s important to inspect the Lifeguard 4kg Clean Agent Fire Extinguisher regularly (e.g., monthly) to ensure it is properly pressurized, the nozzle is unobstructed, and the extinguisher is in good working condition. Check the pressure gauge and ensure the extinguisher is not expired or damaged.

We all are aware of the devastating consequences that a fire outbreak can cause. It is why, for all of us and mostly in larger building premises, it is very important to install high-quality fire safety equipment and accessories. Having a space equipped with quality fire fighting gadgets is worth the money spending. It will allow you and all other dwellings within the space to feel safe and secure, in case there is a fire outbreak. When you decide to install a fire safety system on your premise, every bit counts. But, amongst all, one very critical gadget is the Hydrant Valve. What is a hydrant valve? The fire hydrant valve is a part of the fire hydrant system and is a crucial component in providing an efficient and effective means of extinguishing fires. The hydrant system allows firefighters to attack the source or seat of the fire from a distance, and hydrant valves are its outlets that deliver water with intense pressure, to drowse the fire. It is a simple valve-like device, similar to normal taps that deliver water constantly as long as there is water at the source and as soon as you open it. These valves are attached to the fire hose by fire fighting personnel to throw pressurized water out to fight a fire. Hydrant landing Valve which is an effective and efficient means of extinguishing large fires, Hydrant system enables the fire fighter to attack the seat of the fire from a distance. Hydrant valves are outlets for delivering water with tremendous pressure so as to quench the fire. With discreet use of special branch pipe the water under pressure can also be used as a “sheet” to push the smoke for entering a building in flames.

The Conventional heat detector uses a state of-the-art optical sensing chamber. This detector is designed to provide open area protection and to be used with most conventional fire alarm panel. The Conventional rate of rise heat detector uses thermal component to detect the temperature changing in the environment. It can enable fire alarm when the temperaturedifference achieved the setting rate of rise temperature valuereach the setting fixed value. It has a stable and reliable workingperformance. Two LEDs on each detector provide local 360 visible alarm Indication. They flash every six seconds indicating that power Is applied and the detector is working properly. The LEDs latch On in alarm. LEDs will be off when a trouble condition exists that the detector sensitivity is outside the listed limit. The alarm can be reset only by a momentary power interruption. The detector that initiated the alarm condition will have its red LED and relays latched until reset by panel.

BC fire extinguishers are often the ideal choice because they can put out many different types of fires. They use a dry chemical known as monoammonium phosphate that can quickly put out the fire. It is a pale-yellow powder that is used to extinguish three classes of fire. ABC fire extinguishers are considered “multi-purpose” extinguishers which can be used on Class A, B, C fires as well Electric Fire. A fire extinguisher is an active fire protection device used to extinguish or control small fires, often in emergency situations. Our ABC Dry Powder Extinguisher is of Stored Pressure Type. TECHNICAL SPECIFICATIONS Capacity: 5KG Anti-Corrosive Inhibitor: Epoxy Polyester Powder Coating Type of Extinguisher: Stored Pressure Type of Extinguishing Media: ABC Powder Expellant: Pressurized With N2 gas Minimum Effective Discharge: 95% Testing Pressure (kgf/cm2): 35kgf/cm2 Charged Pressure (kgf/cm2): 15 kgf/cm2 Mounting: Ceiling Mounting Type Operate on Temperature: Automatically at 68Deg. C

The Lifeguard 9kg CO2 Fire Extinguisher is a powerful and effective fire suppression tool designed for tackling electrical and flammable liquid fires. Here's a detailed overview of its features, advantages, and uses: Key Features: 9kg Capacity: The 9kg capacity refers to the amount of CO2 (carbon dioxide) stored in the extinguisher. This is a substantial amount, making the extinguisher suitable for larger or more hazardous environments, providing more extensive fire coverage compared to smaller CO2 extinguishers (e.g., 2kg or 5kg models). CO2 (Carbon Dioxide) Agent: The CO2 agent is effective for putting out fires by displacing oxygen in the immediate area of the fire. This helps to smother the fire, cooling the flames and reducing the combustion process. CO2 is especially useful for fires involving flammable liquids (Class B) and electrical fires (Class C). Electrical Fire Protection: One of the main advantages of CO2 extinguishers is their ability to safely put out electrical fires. Since CO2 is non-conductive, it is safe to use on energized electrical equipment like computers, circuit boards, electrical panels, and machinery. This makes the Lifeguard 9kg CO2 Fire Extinguisher ideal for server rooms, data centers, and industrial settings. Class B and C Fire Protection: Class B Fires: Involves flammable liquids like gasoline, oils, paints, or solvents. Class C Fires: Involves electrical fires, such as electrical appliances, wiring, or industrial equipment. While CO2 is effective for Class B and C fires, it is not suitable for Class A fires (e.g., wood, paper, or textiles) as it may not cool the material sufficiently to prevent re-ignition. Rapid Fire Suppression: CO2 extinguishers work quickly and are ideal for use in emergencies where fast action is necessary. The pressurized CO2 is released in a snow-like form, which effectively reduces the fire's oxygen supply and extinguishes the flames. No Residue: Unlike some other extinguishing agents (like foam or powder), CO2 leaves no residue after use, making it ideal for situations where equipment or work areas must remain clean after a fire event. This makes it particularly useful in environments with sensitive machinery, like offices or server rooms. Easy to Use: Like most fire extinguishers, it follows the standard P.A.S.S. method (Pull, Aim, Squeeze, Sweep), making it easy for anyone to operate in an emergency situation. Cylinder Construction: The extinguisher's cylinder is usually made of steel or aluminum, designed to withstand the high pressure required to store CO2 gas safely. Environmentally Friendly: CO2 is a naturally occurring gas and, while it's still a greenhouse gas, it is much less harmful to the environment compared to some other extinguishing agents like certain chemical-based products.