asiaengineerigbd.com – Fire Safety Company

About us

Asia Engineering prides itself as one of the leaders in fire fighting company in Bangladesh about industrial, residential and commercial safety equipments. We provide the latest technology and equipment allowing us to give our customers the best service possible. We also do a follow up on all clients to ensure that all equipment supplied is efficiently runing and serviced on time. We have grown out of the need on ensuring safety and professional guidence to the public for safer and proper usage of all fire and industrial, residential and commercial safety equipment.

Engr. Md. Mizanur Rahman

B.Sc. in Civil Engg, MEAB, MIAENG
PGD in Fire Science & Technology, (NU)
Certified in (NFPA) 20, FM Global, F.S.M.C

CEO’s Message

We are very proud and pleased to introduce ASIA Engineering Fire Safety Consultancy & Solution Company.

ASIA Engineering has Established itself as a market leader in designing, Manufacturing, Marketing, Electrical & Fire Safety items. Asia Engineering is one of the most reliable fire protection consultancy firm in the country for industrila, commercial and residential building detailed safety assesments, all kinds of fire fighting design & drawing, all kinds of fire fighting equipments supplier, installer & supervision.

Asia Engineering is commited to their clients for the quality of all its products. We are already serving a large number of clients with full satisfaction.

Director’s Message

Asia Engineering provides comprehensive fire protection services to safeguard buildings, assets, and lives from fire hazards.
We offer solutions such as the design, installation, and maintenance of fire detection systems, sprinkler systems, fire alarms, and fire suppression systems like FM-200.
Asia Engineering also conduct risk assessments, ensuring compliance with local fire safety regulations and building codes.
Asia Engineering provides fire extinguishers, fire-rated doors, and fireproofing materials for enhanced protection.
We often offer fire safety training for employees, teaching proper evacuation procedures and the use of firefighting equipment.
Regular inspections, testing, and maintenance services are part of their offerings to ensure all fire safety systems remain fully operational.
Our expertise ensures that fire protection systems are tailored to the specific needs of residential, commercial, and industrial properties, reducing fire risks and ensuring safety.

Md. Delwer Hossain
Director

Consultancy

1. Fire Hydrant & Stand Pipe System
2. Fire Detection & Alarm System
3. Fire Supperssion/Novac System (FM200)
4. Single Line Diagram (S.L.D)
5. Lighting Protection System (L.P.S)
6. Fire Safety Plan (Approval from BFSCD)
7. Details Engineering Assesments (DEA)
8. Industrial Design & Drawing

Key Features

Service, Supply & Installation

1. Fire Hydrant & Stand Pipe System
2. Fire Detection & Alarm System
3. Fire Sprinkler System
4. P.A. System
5. Fire Rated Door (UL & Non UL)
6. Liting Protection System (L.P.S)
7. Fire Supperssion/Novac System (FM200)
8. Fire Curtain UL Certified
9. Fire Coller UL Certified
10. Gypsum Work UL Certified
11. Expansion Joint
12. Fire Door Accessories (UL & Non UL)
13. CCTV Syestem Sales & Installation

Fire Hydrant & Stand Pipe System

A Fire Hydrant and Standpipe System is a critical component of fire protection in buildings and outdoor spaces.
Fire Hydrants are typically installed outdoors, connected to a water supply, allowing firefighters to quickly access water to extinguish fires.
Standpipe Systems are vertical water pipes installed inside buildings, especially in multi-story structures, providing water directly to hoses or sprinkler systems on each floor.
These systems ensure fast, efficient water distribution in case of a fire, helping to control and suppress it before it spreads.
Standpipes can be manual (requiring firefighters to connect hoses) or automatic (self-operating when pressure drops).
Both systems are crucial for large buildings, industrial areas, and public spaces where firefighting needs rapid access to water.
Proper maintenance and testing are essential to ensure they function correctly during emergencies.

Fire Detection & Alarm System

A Fire Detection and Alarm System is designed to identify the presence of fire and alert occupants quickly, ensuring prompt evacuation and emergency response.
It includes various devices like smoke detectors, heat detectors, and flame detectors that sense fire-related changes (smoke, heat, or flames).
Once a fire is detected, the system triggers alarms, often with flashing lights and loud sirens, to warn building occupants.
Advanced systems may also notify emergency services automatically through a central monitoring system.
Fire alarms can be manual (activated by pulling a switch) or automatic, depending on the setup.
These systems are crucial for saving lives, reducing property damage, and providing early warning to help prevent the fire from spreading.
Regular maintenance and testing are required to ensure the system works effectively in emergencies.

P.A. System

A Public Address (P.A.) System is an electronic sound amplification and distribution system used to communicate important messages to a large group of people.
It typically consists of microphones, amplifiers, loudspeakers, and other audio devices that broadcast announcements across wide areas like schools, airports, stadiums, and public buildings.
The system allows clear and audible communication in real-time, often used for emergency alerts, important announcements, or general communication.
Wireless P.A. systems offer flexibility for use in various environments, without the need for extensive cabling.
In large buildings, it is often integrated with other systems like fire alarms and emergency notifications to enhance safety.
It can be zoned to address specific areas or the entire facility, allowing targeted communication.
P.A. systems are essential for maintaining order and providing instructions in emergency situations, ensuring smooth crowd management. Regular testing and maintenance are crucial to ensure reliability during use.

Fire Curtain System (UL)

A Fire Curtain is a fire protection barrier designed to prevent the spread of fire and smoke within a building.
Typically made of fire-resistant materials, the curtain automatically deploys from the ceiling during a fire to seal off specific areas like corridors, atriums, or stairwells.
Fire curtains create a physical barrier that helps compartmentalize the fire, allowing for safer evacuation and limiting damage.
They can be integrated with smoke detection and alarm systems to activate when smoke or heat is detected.
Unlike traditional fire doors or walls, fire curtains are discreet and remain hidden when not in use, preserving the building’s aesthetic.
These systems are commonly used in large public buildings, shopping malls, theaters, and airports where open spaces need fire protection.
Fire curtains can withstand high temperatures for a specified duration, typically ranging from 30 minutes to 2 hours.
Regular testing and maintenance are crucial to ensure proper deployment during emergencies.

Fire Rated Gypsum Work (UL)

Fire-rated gypsum works involve the use of specialized gypsum board (drywall) designed to resist fire and provide protection to building structures.
Fire-rated gypsum boards contain non-combustible additives like glass fibers that enhance their ability to withstand high temperatures and slow the spread of fire.
These boards are commonly used in walls, ceilings, and partitions in both commercial and residential buildings to enhance fire safety.
Fire ratings typically range from 30 minutes to several hours, depending on the thickness and type of gypsum board used.
Gypsum systems are lightweight, easy to install, and provide a cost-effective solution for achieving required fire-resistance ratings.
Fire-rated gypsum is often used in conjunction with insulation and fire sealants to improve overall fire protection.
It plays a key role in protecting structural integrity, allowing occupants more time to evacuate during a fire.
Compliance with local building codes and regular inspections is essential to ensure these systems meet fire safety standards.
The use of fire-rated gypsum is a common requirement in areas like stairwells, corridors, and utility rooms, where enhanced fire resistance is necessary.

Fire Rated Door (UL Certified)

A Fire-Rated Door is a specially designed door that helps contain and slow the spread of fire and smoke in a building.
These doors are constructed from materials like steel, gypsum, wood, or fire-resistant glass, which can withstand high temperatures for a specific period, typically ranging from 20 minutes to 3 hours.
Fire-rated doors are essential for creating fire-resistant compartments in buildings, especially in exit routes, stairwells, and areas with hazardous materials.
They are equipped with fireproof seals that expand when exposed to heat, preventing smoke and flames from passing through gaps.
The doors are an integral part of passive fire protection, giving occupants more time to evacuate and allowing firefighters to access the building safely.
Self-closing mechanisms ensure that the door automatically shuts when a fire alarm is triggered, maintaining the fire barrier.
Fire-rated doors are required by building codes in many commercial, industrial, and residential settings.
Regular inspections and maintenance are necessary to ensure the door’s functionality and compliance with fire safety standards.
The doors not only protect human life but also minimize property damage by containing the fire in its origin area.

Sprinkler System

A Fire Sprinkler System is an automated fire suppression system designed to control or extinguish fires in buildings.
It consists of a network of pipes with sprinkler heads installed throughout a building, which automatically release water when a certain temperature threshold is reached.
Each sprinkler head activates individually when heat from a fire causes a glass bulb or fusible link to break, allowing water to spray onto the fire.
The system can effectively control fires in their early stages, preventing them from spreading and reducing damage.
Fire sprinkler systems are typically used in commercial, industrial, and residential buildings to enhance fire safety.
They are often connected to a reliable water supply and are an essential part of a building’s overall fire protection strategy.
Regular inspections and maintenance are needed to ensure the system functions correctly in case of an emergency.

Lighting Protection System (LPS)

A Lightning Protection System (LPS) is designed to safeguard buildings and structures from the destructive effects of lightning strikes.
The system typically includes a network of air terminals (lightning rods), conductors, and grounding systems that intercept lightning strikes and safely channel the electrical energy into the ground.
Air terminals are placed on the highest points of a building to attract lightning, while the conductors carry the electrical charge down to the ground.
The grounding system disperses the electricity into the earth, preventing damage to the structure and minimizing the risk of fire or electrical hazards.
LPS is essential for tall buildings, industrial sites, and critical infrastructure where lightning can cause significant damage.
By providing a controlled path for lightning, LPS helps protect electrical systems, equipment, and occupants from harm.
Regular inspections are required to ensure all components are in good working condition and properly grounded.

Fire Supperssion / Novac System (FM-200)

The FM-200 Fire Suppression System is a clean agent fire suppression solution used to extinguish fires quickly and efficiently without damaging sensitive equipment.
FM-200 (Novec 1230) is a colorless, non-toxic gas that suppresses fires by absorbing heat and disrupting the chemical reaction of combustion.
It is ideal for protecting high-value assets in places like data centers, server rooms, telecommunication facilities, and museums, where water-based systems could cause damage.
FM-200 is fast-acting, typically suppressing fires within 10 seconds of activation, minimizing fire spread and damage.
Unlike traditional water-based systems, it leaves no residue, requiring no cleanup after discharge.
The system is environmentally friendly with zero ozone depletion potential, making it a preferred option for sensitive environments.
FM-200 is stored in cylinders and is released through a network of pipes when fire detectors sense a fire.
Regular maintenance and inspections ensure the system’s reliability in emergency situations.

Fire Collar System

A Fire Collar System is a fire protection device designed to prevent the spread of fire through pipes and penetrations in walls and floors.
It consists of a metal collar containing intumescent material that expands when exposed to heat, sealing off plastic pipes and preventing fire and smoke from spreading through openings.
Fire collars are typically installed around pipes that pass through fire-rated walls, floors, and ceilings in buildings.
When a fire occurs, the intumescent material inside the collar expands, crushing and closing off the pipe as it melts, maintaining the integrity of the fire barrier.
Fire collars are crucial for maintaining the fire-resistance rating of walls and floors in commercial and residential buildings.
They are widely used in mechanical and plumbing systems to protect against the spread of fire through pipes carrying water, gas, or electrical cables.
These systems are tested and certified to resist fire for specific durations, usually ranging from 1 to 4 hours.
Regular inspections and maintenance are necessary to ensure proper functionality in case of a fire.

Fire Expansion System

A Fire Expansion System is designed to manage the effects of heat and pressure in piping and structural components during a fire.
It typically includes expansion joints, flexible connectors, and fire-resistant seals that allow for thermal movement without compromising fire safety.
As temperatures rise, materials can expand, potentially causing damage or failure in piping systems or structural elements.
The fire expansion system mitigates these risks by accommodating the expansion of materials, preventing ruptures and leaks that could exacerbate fire conditions.
It is commonly used in industries where high-temperature processes occur, such as chemical manufacturing and power generation.
The system can also include fire-resistant insulation to protect piping and other components from direct exposure to flames.
Regular maintenance and inspection are crucial to ensure the system functions effectively during a fire incident.
By maintaining the integrity of fire barriers and preventing structural failure, these systems enhance overall safety in industrial and commercial settings.

Fire Door Accessries

Fire Door Accessories are essential components that enhance the functionality and safety of fire-rated doors.
These accessories include hinges, locks, latches, and self-closing devices, all designed to ensure that fire doors operate effectively during an emergency.
Hinges should be robust and rated for fire resistance, allowing the door to swing smoothly while maintaining structural integrity.
Self-closing devices automatically close the door after use, ensuring it remains shut to contain smoke and flames.
Fire door seals (intumescent strips) expand when exposed to heat, filling gaps around the door to prevent smoke infiltration.
Panic bars and emergency exit hardware enable quick egress, crucial for safety during a fire evacuation.
Vision panels can be installed in fire doors, made from fire-resistant glass to allow visibility while maintaining fire ratings.
Regular maintenance and inspections of these accessories are vital to ensure they function correctly in an emergency.
Compliance with local building codes is necessary to ensure that all fire door accessories meet safety standards.