The number of extinguishers depends on your building size, layout, and occupancy type. Key principles:

• Every floor must have at least one extinguisher
• No one should have to walk too far to reach one — placement matters as much as quantity
• High-risk areas (kitchens, generator rooms, electrical panels, fuel storage) always need a dedicated unit nearby
• Different areas may need different types — a single-type solution is rarely ideal

Extinguishers need regular servicing to stay compliant and functional:

• Annual inspection — pressure check, pin and seal verification, label update
• Refilling — required after any use, or as per scheduled maintenance
• Hydrostatic testing — cylinder pressure test every 3–5 years
• AMC (Annual Maintenance Contract) — covers all of the above with scheduled visits and documentation for fire NOC

We are authorised distributors for India's leading fire extinguisher manufacturers:

• Ceasefire — India's largest brand, wide range, strong service network
• Minimax — German heritage, premium industrial grade
• Amerex — specialist industrial and kitchen suppression
• Safex / Kanex — value-range BIS-certified for budget projects

All products carry BIS Mark (IS 2171 / IS 15683) and come with a manufacturer warranty.

Once installed, the detector and panel work automatically — no human involvement needed:

A complete fire detection system typically consists of:

• Detectors — installed on ceilings in each room/zone
• Manual Call Point — a break-glass button on the wall that any person can trigger manually
• Alarm Panel — a control box (usually near the entrance or security desk) that shows which area has triggered
• Hooter / Sounder — the loud alarm bell that alerts occupants
• Battery Backup — keeps the system running during power cuts

Tells you exactly which device triggered — down to the specific room or device number. If a detector in "Server Room 3, Floor 2" activates, the panel shows exactly that.

• Each detector has a unique address on the loop
• Supports 2 to 16 loops with many devices per loop
• Enables zone isolation — silence one area without silencing the whole building
• Faster fault diagnosis; reduces false-alarm disruption
• Recommended for: Hotels, hospitals, malls, multi-floor offices, and any building where knowing the exact location matters

Tells you which zone triggered — a zone may cover an entire floor or wing. You know fire is somewhere on "Floor 3 West" but not the exact detector.

• Devices wired in loops; each loop = one zone
• Lower upfront cost — suited for smaller buildings
• Harder to pinpoint fault location
• Recommended for: Small offices, warehouses, and simple single-floor layouts where a zone-level alert is sufficient

Alarm sounders must be clearly audible above background noise throughout the building:

• Every occupied area must hear the alarm — including noisy factory floors, kitchens, and restrooms
• Sleeping areas (hotel rooms, hostels) need louder or bedside sounders so people wake up
• Strobe lights are required alongside sounders for hearing-impaired occupants
• Larger or noisier buildings need more sounders — placement is as important as quantity

Fire alarm requirements vary by building type, height, and occupancy. Rather than quoting specific norms that change periodically, here's the practical guide:

• Small offices / shops: Basic conventional alarm system
• Multi-floor offices & commercial buildings: Addressable system strongly recommended
• Hotels & guesthouses: Addressable + PA/voice evacuation for guest safety
• Hospitals & clinics: Addressable system with zone control — patients cannot self-evacuate
• Factories & warehouses: System matched to hazard level and floor area
• Malls & multiplexes: Addressable + voice evacuation for crowd management

Fixed suppression systems are generally required for buildings where a fire could spread rapidly, where occupants cannot self-evacuate quickly, or where the asset value justifies automatic protection:

• Hotels & serviced apartments — guests may be asleep and unable to respond quickly
• Hospitals & healthcare facilities — patients cannot evacuate without assistance
• Factories & warehouses — large open areas with combustible stock or materials
• Shopping malls & multiplexes — high footfall, complex layouts
• IT parks & data centres — expensive equipment, 24/7 operations
• High-rise residential & commercial buildings

FM-200, CO₂, and Novec 1230 systems are ideal when water would destroy what you're protecting:

• Server rooms & data centres — no water damage to servers
• Electrical control rooms & switchgear
• Telecom equipment rooms
• Archival / document storage
• Museum vaults

Internal (Rising Main) Hydrant:

• Installed inside the building on each floor landing
• Used by building occupants and fire brigade during an emergency
• Connected to overhead tank or dedicated fire pump
• Required in taller buildings — exact threshold depends on local fire department guidelines

External (Yard) Hydrant:

• Located in the compound, accessible to fire brigade vehicles
• Provides direct water supply for fire engines
• Mandatory in industrial campuses, hospitals, and larger commercial properties

Every hydrant system must deliver adequate water at the right pressure to the point of use. The required flow rate and pressure depend on:

• Building height and total floor area
• Number of simultaneous hose streams required
• Distance from pump room to the highest outlet
• Type of occupancy (office vs factory vs hospital)

We carry out full hydraulic calculations and prepare layout drawings before any installation — ensuring the system meets your local fire department's requirements for NOC.

Hydrant placement follows fire department guidelines so every part of the building is reachable. Key principles:

• External hydrants must be spaced so fire brigade hoses can reach every face of the building
• Hydrant points must be accessible to fire tenders — clear approach road required
• Internal hose cabinets placed so every floor area is within hose reach
• Pump room must be on ground floor with direct outdoor access for fire brigade
• Underground water sump sized to provide sufficient reserve — calculated based on your building

A fire safety audit is a systematic inspection of your premises. Here's what it covers:

• Mapping of all fire hazards and ignition sources
• Review of all installed fire equipment (extinguishers, alarms, hydrants, exits)
• Escape route adequacy and signage check
• Compliance gap report against applicable fire safety standards and local bye-laws
• Prioritised action plan and budget estimate

Fire NOC is mandatory for most commercial, industrial, and institutional buildings. Most businesses struggle because the process involves:

• Submission to Delhi/UP/Haryana Fire Department
• Architectural fire layout drawings
• Site inspection by fire officer
• Compliance rectification and re-inspection
• Annual renewal of NOC

We handle the complete NOC process — drawings, documentation, liaison with fire department, and follow-up. This is our most popular add-on service.

A fire mock drill is legally required for many occupancies and is the best way to test your preparedness:

• Planned or surprise drill scenarios
• Evacuation time measurement and assembly point verification
• Staff training on extinguisher use (live fire demonstration)
• First aid and emergency response orientation
• Written drill report for NOC / audit records

Mandatory for: Hospitals, schools, hotels, factories, and high-rises under Delhi Fire Service Act.

Emergency lighting switches on automatically the moment mains power fails — ensuring people can see to evacuate safely in the dark. Key things to know:

• Escape route lighting — covers corridors, stairwells, and exit paths so occupants can see where they're going
• Anti-panic lighting — for larger open areas like halls and assembly spaces, preventing panic in darkness
• High-risk area lighting — brighter emergency lighting for plant rooms, electrical panels, and switchgear where people need to operate safely
• Battery backup — must sustain the lights long enough for full evacuation; duration requirement varies by building type
• Self-test models — automatically test themselves and flag failures, reducing maintenance burden

Exit signs guide people to the nearest safe exit — they must be impossible to miss, even in smoke-filled conditions:

• Above every exit door — no exceptions
• At every decision point — wherever a corridor branches or changes direction
• Illuminated type — powered signs that glow even in a blackout; best for enclosed spaces and tall buildings
• Photoluminescent type — glow-in-the-dark signs that charge under normal lighting; suitable for lower-risk areas
• Spaced along corridors — so the next sign is always visible from where you're standing

Every building needs a clearly marked assembly point — where all occupants gather after evacuating so you can confirm everyone is out safely:

• Located well away from the building and clear of emergency vehicle access routes
• Marked with a clearly visible green assembly point board
• Directional arrows posted at every stairwell landing and corridor junction to guide people there
• Must be shown on the building's emergency evacuation plan — required for fire NOC
• Large buildings may need multiple assembly points for different wings or evacuation zones

We supply assembly point boards, directional arrows, building evacuation maps, and complete signage packages tailored to your layout.