Why worry about fire when you have passive fire protections?

Have you ever questioned if your present apartment is fire proof or not? Or have you thought whether the shopping malls you generally go to or your garage and all the hospitals, movie theatres or even the vehicles you avail are fire resistant or not? One of the deadliest memories alive can be the scene of a fire attack for a person. The plight and damage related to it can never be compensated. In occasion of emergencies associated with fire the usual steps that are taken by the local people are dialling the fire truck numbers or spraying water and fire extinguishers over the affected areas. Nowadays, fire and smoke alarms warns us a bit before the fire has broken out. Similarly, there are also many ways to have protection against fire like the active and the passive ways.

All about passive protections

Generally the passive fire protectors are used to prevent fires or to slow down its blow-out by using fire-resistant walls and doors and other structural bodies. Thus they limit and minimize the damage and provides more amount of time to the occupants of the buildings for emergency evacuation. The common PFPs used are Intumescent paint NSW and fire sprays.

•    Vermiculite fire spray is done to structural steel, concrete slabs, mechanical ducts and wall upgrades.
•    Fire sealing of floor and wall.
•    Construction of fire rated ceilings and floors.
•    Coating of cables and steelwork.

Spraying the Intumescent paint NSW over the structural basics can us help to achieve fire protection by passive fire fortifications. They are best ways to ensure security to a building against the deadly fire in a cheap and eco-friendly way.

Passive protection against fire is needed in all the buildings

What is Intumescent?

An Intumescent is a material which swells when exposed to heat thereby increasing in volume as well as decreasing in density. The Intumescent substances are generally used in passive fire protection. Intumescent paints are used to accomplish passive fire protection as fire stopping, casketing, fireproofing and window casings. Such technique is used for different buildings, ships and aircraft.

How it is really done?

Have you ever wondered if your apartment is fire proof? Or your favourite shopping mall, your garage, the hospitals, movie halls or even the transportations you avail are safe from fire or not? In case of emergencies related to fire the usual measures that are taken by the public are calling the fire fighters or spraying water or using fire extinguishers. We have also seen fire and smoke alarms alerts us before the fire mishap has started. But there are also ways to prevent the fire from starting and from spreading in buildings like passive fire protections. Generally known as PFP, its attempts are made to prevent fires or slowing down its spread through the use of fire-resistant walls and doors. Also, grouping into small fire compartments prevents or moreover slows the spreading of fire from the fire origin to other spaces, thus limiting the damage and providing more amount of time to the occupants for emergency evacuation.

Spraying Intumescent paint NSW in and around building blocks can help to achieve fire protection by the method of passive fire fortifications. They are one of the best ways to ensure safety to a building the deadly fire.

Fire sprays are much needed in all buildings to ensure protection

Fire sprays: Active and passive

A fire spray or an extinguisher is an active fire protection device which is used to extinguish small fires caused by emergency situations. A fire extinguisher generally consists of a hand-held cylindrical pressure container having a special element which can be discharged to extinguish a fire. We can find two main types of extinguishers: the stored pressure and the cartridge-operated extinguishers.

Coming to passive fire protection methods, what is basically needed is materials that can expand under heated condition thus reducing the spread of the fire. In such cases, vermiculite fire Spray NSW is used to control the fire. Vermiculite is a water content mineral consisting of silicon that expands to a large extent when heated. Exfoliation takes place when the mineral is heated sufficiently.

What do they do?

Such materials are used in fire sprays to control the spreading of fire in case of a fire emergency. There are different applications of vermiculite in fire resistance.
•    Used in fire proofing by applying in structural steels and mechanical ducts.
•    Used as a fireproof wallboard additive.
•    Used as a constituent of the interior fill for fire stop pillows.

They provide excellent protections against the fire specially preventing the spread of it as well as slowing down the rate of spreading of the fire. Due to these resistances offered by the fire Spray NSW the occupants of the affected building get more time to evacuate the place and take shelter. In case of major fire, these materials offer time before the fire trucks arrive and produce less damage to the assets of the building.

What are fire sealing penetrations, and how can they save buildings from fire?

Fire sealing penetrations NSW provides reliable fire sealing penetrations for homes, offices and large buildings. Fire sealing penetration methods can be used on walls, ceilings, floors, and slabs of rooms and the whole buildings. Passive fire protection can be used for fire sealing penetrations and these penetrations can include a wide range of fire-proof products and to achieve a fire-proof rating if possible.

What are the systems of fire sealing penetrations?

Fire sealing penetrations NSW can work according to the following systems:

•    Using non-shrink mortars which are fire-rated, and applying them to be used in pipe and cable penetrations.
•    Fire rated pillow fillings can also be used to seal the walls and penetrations. For instance, intumescent wools, and mineral wools can be used as fire protective measures.
•    Boards made of Rockwool, vermiculite, intumescent collars; wraps and paints can also be used as fire sealing penetrations.
•    Flexible kind of foams can be used around pipes, and these foams are fire rated. Pipes generally expand and contract, so, these foams can be of great help.
•    Mastic seals, whether made of acrylic or polyurethane, are often used around cables and pipes where small holes or penetrations are required. Fire-rated and even non-fire rated backing rods are also used to increase the performance of the entire cable network.
•    Special cable coatings can also be used as fire sealing penetrations.
Fire sealing penetrations NSW can be reduced with Hebel blocks, and they can easily be sealed with Promaseal Mastic. Special mortars and aluminium checkered plates can also be used for sealing up walls and ceilings.

How the sudden breakout of fire can be stopped?

Fire stopping NSW usually carries on all the methods which can be used to stop the sudden break-out of fire. Not just active methods, but there are also passive fire protection elements, and ways, which are provided by numerous companies in NSW. In fact, the entire concept of passive fire protection has been instrumental in extinguishing fire in the following areas:

•    Fire stopping NSW can be used to stop fire inside the tunnels, and also in structural steel protection.

•    Mechanical ducts and cable duct protection is also another aspect of passive fire protection, and special arrangements, like the use of Rockwool and intumescent paints are important part of passive fire protection techniques.

•    Joints of floors, walls, ceilings, pits, shafts, cupboards and hatches can also be sued for passive fire protection.

•    There are several companies in NSW who are experienced in the field of passive fire protection, and they can be consulted any time for fire stopping in the NSW area. These companies have experienced staff, and professional men who can work in accordance with special fire safety rules written down by the NSW government. Annual fire inspections and special fire assessment reports are also prepared, which help in passive fire protection and fire stopping in NSW.

In case of sudden fire in partitions and ceilings, fire stopping NSW can be of great help. Use of Maxilite, durasteel and supalux can reduce the sudden break-out of fire, and most of the fire-stopping methods used by the companies in NSW have got CSIRO or BRANZ accreditations for fire safety.

Fire dampers NSW: what are the special features?

‘Fire dampers NSW’are special mechanical devices which are used to hinder and stop permanently the rapid spread of fire and smoke. They also stop the spread of other kind of chemical combustible products through openings inside rooms or a building. Most of them are given four or six hours of fire integrated ratings, and these dampers can be helpful for the elimination of fire caused by short circuit also. Smoke dampers are also designed according to latest styles to stop the spread of some and combustible elements through ducts or pipes inside rooms.

Features of Specialized fire dampers:

•    Fire dampers NSW is known for the simplicity and variety in designs, and tight and manufacturing tolerance.

•    The roll framed blades generally have a repeatable quality and the blades are locked by an integrated interlocking system.

•    The stacks of the blades can be re-adjusted from both sides of the damper.

•    The mounting angles of the fire dampers can be adjusted, so the spread of air can become possible in the maximum directions as and when required.

•    These fire dampers are always suitable for the multi-module type of installations.

•    The dampers can be used for masonry or for dry wall application techniques.
Uses of fire dampers NSW:

Fire dampers NSW can be used for commercial building fire protection systems, in lighter partition walls, or in large masonry works, and even in domestic rooms or shopping mall constructions, where the ventilation systems, heating and cooling systems through heaters and air conditioners are employed. There are also motorized fire dampers which have non-corrosive blades and they also have adjustable mounting angles.