Fire Engineering Technology

• Filled agent fitted with DLP (Direct Low Pressure Valve).
• Push in connector
• End of Line adopter
• Specially design Bracket for System.

• Adtala
• Akadia, Gujarat
• Amreli
• Amrutvel, Savarkundla
• Ansodar
• Antaliya, Amreli
• Arjansukh

• Babra, Gujarat
• Bagasara
• Balel Pipariya

• Chalala

• Damnagar
• Dhari, Gujarat

• Jafrabad
• Juna Vaghaniya

• Lathi, Gujarat

• Mota Zinzuda

• Navi Mandaradi

• Pipavav

• Rajula

• Savarkundla

• Adhewada
• Alang

• Dhasa
• Dhola, Gujarat

• Gariadhar
• Ghogha

• Jesar

• Mahuva, Bhavnagar

• Palitana
• Paliyad

• Sihor
• Songadh Jain temple

• Talaja, Bhavnagar

• Vallabhi
• Vartej

• Ambaji
• Amirgadh

• Bhildi

• Deesa
• Dhanera
• Diyodar

• Kankrej, Gujarat

• Palanpur

• Sihori

• Thara, Gujarat
• Tharad

• Adesar
• Adipur
• Anjar, Gujarat

• Bhachau

• Gandhidham

• Kandla

• Mandvi
• Mundra

• Naliya
• New Bhuj

• Pantiya

• Rapar

• S. K. Varma Nagar
• Samakhiali
• Sukhpar

• Tuna Port

• Amod (SugandhPur)
• Amod, Gujarat
• Andada
• Ankleshwar
• Anklesvar INA

• Bharuch
• Bharuch INA

• Jambusar

• Maktampur
• Mandva

• Netrang

• Palej

• Sarbhan

• Zaghadia

Fortunately, there are highly advanced fire suppression systems that are engineered to keep your IT infrastructure safe and secure—without the use of water. After all, what’s the use of putting out an incipient-stage fire in your IT room only to sustain irreparable damage to your sensitive equipment? You want to shorten downtime, not lengthen it.

Clean agents do not leave residue behind when they discharge, making them ideal for protecting sensitive electronics. They are also electrically nonconductive. This means that fires involving energized electrical equipment can be extinguished without powering down – avoiding expensive service interruptions and data loss.

Here are three waterless fire suppression systems that will protect IT infrastructure from damage.

Protecting IT infrastructure is just one of the applications for 3M™ Novec™ 1230 Fire Protection Fluid. This is an advanced clean agent fire protection material used to protect high-value assets such as computers, switching equipment, cameras disk arrays and other critical devices. For some industries, even the briefest technology interruption can result in revenue loss. Novec™ 1230 is designed to suppress fires quickly without powering down and disrupting communications.

Novec™ 1230 offers a few advantages over traditional clean agents such as inert gas and CO2:

• Requires 1/4 or fewer of the cylinders used in a traditional system, taking up less space and adding less weight to floor loads.
• Zero ozone depletion potential and 5-day atmospheric lifetime – a sustainable choice for clean agent fire protection that is environmentally friendly.
• Safe for personnel with the widest safety window of the chemical clean agents.
• Includes a 20-year warranty against regulatory bans or restrictions against the product.
• May contribute to LEED Innovation credits – enables facilities managers to effect a 99% reduction in greenhouse gasses in critical function fire suppression.

FM-200® is a waterless fire suppression agent that is trusted worldwide. As with the agent above, FM-200® is ideal for applications where space is at a minimum, such as a server room. The agent is stored in cylinders as a liquid and pressurized with nitrogen, saving up to seven times the space of a CO2 system or an inert gas system.

FM-200® systems reach extinguishing levels in less than ten seconds, stopping fires before they cause significant damage. It can also be safely used when people are present—it’s non-reactive, non-corrosive, non-conductive, and offers proven performance.

Inergen® is made up of:

• 52% Nitrogen
• 40% Argon
• 8% CO2

However, in the event of a fire, when Inergen® is discharged, it mixes with the air in the room to create a mixture that is comprised of:

For small spaces containing IT infrastructure, an Inergen® system can be ideal due to the excellent hold times provided by this agent selection. The density of Inergen is just slightly greater that room air meaning it will leak out slower than chemical agents in most cases. Since meeting hold time requirements for agent retention can be problematic in small rooms, Inergen can often provide a solution to this design problem. An Inergen system can be specifically designed for very small business critical areas and is a cost-effective way to protect valuable sensitive electrical equipment.

Pneumatic Heat Detection Tube

Fire extinguishers are standard fire suppression devices, but they are manual use. The pneumatic heat detection tube is an extinguisher with a fire detection system. Once the temperature reaches a certain level, it blows a small hole in the pipe, and the extinguisher foam puts out the fire.

This is inexpensive and easily installed, but it’s only effective on small fires. It’s also small and easily transported to another location.

Pressurized Gas System

With a pressurized gas system, the gas is kept as a liquid under pressure using liquid nitrogen. When a fire is detected, the system releases the gas, and it has a chemical reaction with the fire to extinguish it.

This is ideal for server rooms and other areas with high-end electronics. It’s compact since the gas is under pressure, and it doesn’t cause an oxygen reduction. It’s an effective firefighting technology.
Fire suppression system supplier Odisha,
Fire suppression system Manufacturer Odisha,
Fire suppression supplier Odisha,
Automatic Fire suppression system supplier Odisha,
Gas suppression system supplier Odisha,
Novec-1230 Fire suppression system supplier Odisha,
FK-5-1-12 Gas Fire suppression system supplier Odisha,
FK-5-1-12 suppression system supplier Odisha,
Electrical Fire suppression system supplier Odisha,
Gas Flooding System system supplier Odisha,
Tube Based Fire suppression system supplier Odisha,
Clean agent Based Fire suppression system supplier Odisha,
Gas Based Fire suppression system supplier Odisha.

A fire suppression system combines devices and equipment to detect and combat fires, often through water, gas, or other chemicals. These systems are engineered to activate automatically upon detecting a fire, deploying suppressants to halt the spread of flames and mitigate damage.

Unlike a simple fire extinguisher that requires manual operation, fire suppression systems are typically integrated with smoke or heat detectors and alarm systems. When a fire is detected, the system dispenses its suppressant material, such as water, foam, or gas, to quench it. In high-risk commercial environments like server rooms or kitchens, these systems prioritize human safety and the protection of valuable assets.

Stand alone fire suppression system is perhaps a bit of a misnomer, since this term refers to�individual devices that contain fire suppression mechanisms that are not linked to a bigger system