Know How to Secure Your Place from the Wild Fire

Common business jargon often refers to "firefighting" to metaphorically describe everyday business "emergency" that can be prevented or mitigated.

Real fires can have dire and often tragic consequences for humans and the environment. One fire can change your life in seconds.

Fires damage are very expensive for people in addition to the cost of materials and infrastructure. Burns cause over 170,000+ deaths per year, while non-fatal burns result in long hospitalizations, deformities, and disability. So, prevent them from using the fire retardant chemical technologies!

Why Flame Retardant is Needed?

Fire is divided into five stages: early ignition, ignition, growth, complete ignition, and extinction. Preignition is the stage at which a material begins to heat up due to various factors. If the process can be successfully stopped before ignition, the fire will not start.

What does fire resistance mean?

What is Flame Retardant? As the name suggests, flame retardants are a set of chemicals that significantly delay the time it takes for a life-threatening flame to fully develop.

Flame retardants are added to a variety of polymers, plastics, and substrates to slow or self-extinguishing when exposed to flames.

How does flame retardant work?

In the event of a fire, flame retardants (FR) react with oxygen or combustion materials or fuels to create an effective protective "wall" that prevents the spread of the fire. The fire stops when there is no oxygen or fuel. Another fire prevention mechanism is to create a physical barrier between the heat and potentially unprotected materials. This mechanism is called dilation.

There are hundreds of different flame retardants. They are often classified according to their chemical structure and properties.

Where is a flame retardant used?

We are all exposed to fire-resistant materials on a daily basis in clothing, bedding, televisions, electronics, vehicles, aircraft, building materials, and furniture. Flame retardant sprays and additives can be used on almost any surface, including textiles, wood, and paper. They are also used to extinguish forest fires by spraying burning areas from aircraft.

Few Applications

Flame retardants in the electrical and electronic industry

The use of flame retardants is widespread in this industry and depends on the function of the product, the material, and the level of fire resistance required.

Flame Retardants Under Construction

In addition to electricity, structural elements, including concrete, wood, gypsum, and steel structures, are coated with special paints and sealants with flame retardants to form a thick insulating and non-combustible foam to protect them. The structural integrity of buildings in case of fire...

Flame Retardants for Passenger Vehicles

Strict safety standards have been developed in this industry sector to reduce the risk of fire and to give vehicle occupants sufficient time to escape. Flame retardants are built into automotive electronics, seat upholstery, and interior trim that would otherwise be flammable.

Electric Vehicles

An increasing number of automobile manufacturers are producing modern electric and autonomous vehicle models. Great care is taken to ensure the safety of vehicle components in the face of fire.

Flame Retardants on Aircraft

Almost all parts of modern aircraft contain flame retardants. Mainly used in the cockpit, ceiling, wall, seat, tray, etc.

So, for safety purposes, make use of fire retardant spray in your home or industry.

At Rdr Technologies, we specialize in fire retardant spray, paint and coatings, fire suppressants, and other chemicals.