Fire Sprinkler System
Efficient fire is best Fire sprinkler System manufacturer, Fire sprinkler System Supplier. Company in pune, Maharashtra, India.
A fire sprinkler system is an active fire protection measure, consisting of a water supply system, providing adequate pressure and flow rate to a water distribution piping system, onto which fire sprinklers are connected.
Over the years, fire sprinklers have become mandatory safety equipment in most parts of India, in certain occupancies like newly constructed hospitals, schools, hotels and other public buildings, Industries, etc. subject to the local building codes and enforcement.
Sprinklers may be required to be installed to reduce potential property losses or business interruption. Each sprinkler activates independently when the predetermined heat level is reached. Because of this, the number of sprinklers that operate is limited to only those near the fire, thereby maximizing the available water pressure over the point of fire origin.
Fire Sprinkler Systems have been the biggest breakthrough in fire protection in the last 100 years. Fire sprinklers are the most effective method of protecting lives and property. Sprinkler systems are now recognized as being so effective they are being made mandatory in many situations."
Fire Sprinkler System Manufacturer
These Fire sprinkler system manufacturer by our professionals using excellent grade raw material and components that are sourced from the certified vendors of the market, Furthermore, these Fire sprinkler Systems are highly acclaimed among the clients for their sturdy construction, easy installations and corrosion resistant finishing.
Fire sprinkler system Supplier
We supply our customers’ excellent Fire sprinkler System, which is design to fight fire. We supply variety of fire sprinkler systems is fabricated by our expert using high class raw matter and components
What is Fire sprinkler system?
A fire sprinkler system is an active fire protection method, and Efficient Fire & Security Solutions believe in a fire fighting system that provides maximum safety and detection and immediate fire suppression before turning it into any major hazard for humans and property.
A sprinkler system consists of a water supply system, providing adequate pressure and flow rate to a water distribution piping system, onto which fire sprinklers are connected, located at the ceiling level or wall-mounted or in case water spray directly mounted on an external piping system. With the effect of fire at the site, due to the rise in heat, the predetermined temperature (generally greater than 40-degree Celsius) reaches causing a glass component in sprinkler head to fail to result in the discharge of water spray from a sprinkler head.
Fire Sprinkler system is so successful in extinguishing the fire, in buildings completely protected by fire sprinkler systems, over 96% of fires were controlled by fire sprinklers alone because this efficiency these systems are used ubiquitously as fire worldwide, with over 40 million sprinkler heads implemented each year. Choose the best fire sprinkler system from following for fire protection.
How it Works: Fire Sprinkler Systems
Fire Sprinkler systems are most important part of protection from fires. A fire sprinkler system can prevent property damage and reduce the risk of injury to workers, customers, or tenants. But how accurately does a fire sprinkler system work? Understanding how a fire sprinkler system works can help you determine the right kind of system for your property.
Fire sprinkler system Detection
There is a common misconception that sprinklers are triggered by smoke. Fire sprinkler systems have strategically placed sprinkler heads with glass bulbs containing a glycerin-based liquid. Sprinkler systems detect a fire through rising temperatures. As the temperature at the Fire sprinkler system head rises to between 135 to 165 degrees Fahrenheit, the liquid inside the glass bulb expands and breaks the glass, thus activating the sprinkler head. There are various colors of liquid in these glass components, each indicating a different threshold of heat required to break the glass.
Fire sprinkler system Activation
Depending on the type of sprinkler system, the method of sprinkler activation can vary. Once the glass bulb breaks, the sprinkler head releases water. However, the way water is stored and is supplied through pipes depends on the type of fire sprinkler system. Wet pipe systems store water in the pipes and release it immediately when the trigger breaks. Dry pipe systems store water behind a valve that needs to be released before the water can flow through the pipes and out of the sprinkler head. A pre-action sprinkler is like a dry pipe system except for the valve is controlled by an electronic device. The only exception is the deluge sprinkler system that is not activated by heat at all. Instead, a fire alarm releases the water and a valve must be manually closed to stop the flow of water.
Wet pipe fire sprinkler system
A wet pipe fire sprinkler system is the most common type of sprinkler system employing automatic sprinkler heads attached to a piping system containing pressured water and connected to a water supply so that water discharges immediately from sprinklers opened by heat from a fire. Learn more about the wet pipe fire sprinkler system.
Rate of Speed |
300 rpm |
Flash points |
Below 32 Degree Celsius |
Body Material |
Carbon Steel |
Sprinkler Type |
Pendant |
Working Pressure |
12-14 bar |
Discharge Area |
20-25 Meter |
Jet Range |
4-12 sec |
Flow Rate |
10 to 20 Liter/Hours |
Nominal Diameter |
40 mm |
Mounting Type |
Ceiling, wall |
Usage/Application |
Office, Shopping Mall, Office, Factory, Residential, Commercial |
Dry pipe fire sprinkler system
Dry pipe fire sprinkler systems are specially designed for environments with freezing temperatures like walk-in refrigerators, loading docks, and warehouses, buildings susceptible to freezing, dry pipe sprinkler systems feature automatic and closed-type sprinkler heads connected to pipes filled with pressurized air or nitrogen. The compressed air holds a remote valve, known as a dry pipe valve, in a closed position to prevent water from entering the pipe. When heat activates one or more sprinklers, the compressed air in the pipe is released, and its pressure decreases, opening the dry pipe valve and allowing water to flow through open sprinklers.
delay Time |
upto 60 sec |
Flash points |
Below 32 Degree Celsius |
Body Material |
Carbon Steel |
Sprinkler Type |
Pendant |
Installation Temp. |
Above 4 degree Celsius |
Working Pressure |
12-14 bar |
Discharge Area |
20-25 Meter |
Jet Range |
4-12 sec |
Flow Rate |
10 to 20 Liter/Hours |
Nominal Diameter |
40 mm |
Mounting Type |
Ceiling, wall |
Usage/Application |
Loading docks, warehouses |
Deluge fire sprinkler system
Fire Suppression Type |
water, dry chemicals, inert gases, or foam |
Fire alarm initiating device |
pilot sprinklers, smoke & heat detectors, optical flame detectors, etc |
Sprinkler Type |
Open Head |
Manual activation |
Through Electric or pneumatic fire alarm pull station |
Body Material |
Carbon Steel |
Usage/Application |
Chemical Plants, Processing Plants, Airport Hangars, Data Storage Units |
Pre-action fire sprinkler system
Mounting Type |
90/180 degree Pattern inlet to outlet vertical Mounting |
Working Pressure |
175 - 300 PSI |
Nominal Diameter |
100/150/200mm dia |
Min. Operating Pressure |
0.5 bar |
Flow Rate |
60Lpm to 450Lpm |
Design Standard |
As per NFPA-13 |
Response |
68/79 Deg Celsius |
Alarm Density |
0.65- 1.55 % FT |
Alarm volume Distance |
85 DB in 3-meter |
Connection Type |
Flanged / Grooved End |
Factory Hydrostatic Test |
175 psi |
Frame Material |
Brass/chrome finish |
Nominal K-Factor |
80/115 |
Flange Connection |
ANSI B 16.1 FF #125 |
Trim |
Galvanized Steel with Brass Valves |
Usage/Application |
Environments that are sensitive to water - Museums,Data Cente,Libraries |
Foam water fire sprinkler systems
Fire Suppression Type |
Water used with chemical foam |
Sprinkler Type |
Pendent, Upright |
Temperature Response |
57-93 degree Celsius |
Coverage |
9mtr minimum |
K-Factor |
80 and above |
Thread Types |
NPT/BSPT |
Max. Working Pressure |
12 bar |
Min. Operating Pressure |
0.5 Bar |
Temp. Rating |
0- 50 Deg.C |
Usage/Application |
power plants, off shore oil rigs, aircraft hangars and chemical storage or processing facilities |
Water Spray fire sprinkler systems
Temperature Range |
-40 to 80 Deg Celsious |
Flash points |
Below 32 Degree |
Body Material |
Cast Iron |
Weight |
Varies from 1 kg to 25 kg |
Finishing |
Color Coated |
Mounting Type |
Side Wall, Upright |
Water Spray Velocity |
Medium, High |
Standards & Compliance |
TAC, NFPA |
Usage/Application |
Vessels and other structures which are exposed to heat |
Water mist fire sprinkler systems
Intermediate pressure |
175 psi and 500 psi |
high pressure systems |
500 psi and up |
Nozzle Type |
1,000 microns in diameter |