With its primary function as a container for storing items, a cabinet needs to provide security to the items in storage. Most of the home cabinets are made of wood because although wooden cabinets are more expensive they look better than other synthetic materials. A wooden cabinet also adds to the interior beauty of a space.
However, wooden cabinets are easy victims to fire as they catch fire very fast. If a cabinet (especially those ones that hold valuables in them) acts as storage for security then it is important to make them resistant not just from break-ins but from fire as well.
Fireproofing the Cabinets
The vast requirement of cabinets for storing important documents and files has given rise for the need preserve these things securely as a result of which the invention of fire resistant cabinets has taken place. Basically fireproofing methods involve the applications of a solution that seals the wooden surface, compelling the structure to retard fire.
Chemicals that Retard Fire
Manufacturers of fire proofing chemicals have never truly revealed the chemical formulas of fire proof solution; it is however believed that ammonium monobasic and dibasic phosphates are pretty relevantly used in the formulation process in every parts of the world.
The main advantage of the utilization of ammonium phosphate is due to its high effective nature in retarding the combustion of the wood materials. While most chemicals destroy the strength of wood or distort its form.
Fire Retardant Treated Wood
Wood is one of the most preferred building materials amongst people. There are many reasons as to why people prefer wood some facts are; they are easy to work with, there are many choices of wood types and colors, furniture constructed out of wood has a class of its own.
The treatment of wood with chemicals that are fire retardant will help the wooden furniture maintain its original structure even in higher than normal temperature. Fire Retardant Treated Wood (FRTW) will most probably retain its fire repelling properties for the rest of its life span.
How Fire Proof Treated Wood Delays the Spread of Fire
Intense pressures from heat can cause steels, aluminums, or irons to melt. While in case of FRTW, fire retardant chemicals has already been pressure treated into the wood and as the heat temperature reaches a unit of 272°C it instantly starts reacting. These chemicals in the wood convert tars to carbon char, which then acts as a thermal block. Finally formation of gases and water vapor takes place at a slow, steady rate to stop the gas that produces fire.