Fibre reinforced plastic, popular by the name FRP, is one of the most popular materials in the recent days that is being used in the constructional projects around the world. However, before the arrival of FRP in the international market, construction industries favored the usage of steel, and in some cases, aluminum. However, fibreglass has made all these metals sit in the second row. Here are some of the reasons why FRP has always been a better option than steel:
Non-Corrosive
FRP has the unique feature not to corrode like most other metals, which includes steel, aluminum, and most other metals. It is completely impervious to water splash, as well as, submersion in water. Moreover, it is also resistant to gases, fumes, and most of the chemicals common in the industrial areas around the world. Therefore, no question of corrosion arises with FRP.
Lightweight
The weight of steel is one of the biggest disadvantages of it, as compared to that of fibre reinforced plastic. FRP is about 75% lighter than steel. However, lightweight does not make the material weak, as it is one of the strongest materials used for constructional purpose. Being lightweight, the transportation cost in case of FRP is quite low, as compared to steel and other metals.
Little Maintenance
Due to the non-corrosive property of fibre reinforced plastic, the level of maintenance is lower than most other available materials. While other metals require maintenance at regular intervals with special liquids, no such things are prevalent in case of FRP for pultrusions. Just a random wash with water will do the job. As a result, almost no effort needs to be given for maintenance.
Impact Resistant
Just like steel, and most other metals, FRP can get deflected from its original shape. However, unlike steel, it will return to its original shape within a matter of time. This happens due to the advanced elastic properties present in fibre reinforced plastic. Recent research has shown that this constructional material can resist even massive impacts, and thus saves repair works that are quite costly.
Anti Slip
The anti slip properties present in fibreglass gives it a cutting edge over most other metals available. Slip and fall accidents being common in the industrial areas around the world, people were in search of a permanent solution to the problem. FRP has offered them with an efficient solution to the problem, and is now being preferred by most of the constructional areas over aluminum and steel.
Temperature Resistant
Nothing can damage metals at industrial places more than abrupt changes in temperature. However, FRP is such a material that can withstand intense heat for a long period of time without any changes in it. The structural integrity of this material is maintained even at high temperature. However, structural deformation is easy to notice in steel when the temperature goes high.
Therefore, choose FRP with your eyes closed for pultrusions in order to enjoy best results. however, make sure to avail them from a renowned retailer in order to stay away from compromising with the quality part.
Non-Corrosive
FRP has the unique feature not to corrode like most other metals, which includes steel, aluminum, and most other metals. It is completely impervious to water splash, as well as, submersion in water. Moreover, it is also resistant to gases, fumes, and most of the chemicals common in the industrial areas around the world. Therefore, no question of corrosion arises with FRP.
Lightweight
The weight of steel is one of the biggest disadvantages of it, as compared to that of fibre reinforced plastic. FRP is about 75% lighter than steel. However, lightweight does not make the material weak, as it is one of the strongest materials used for constructional purpose. Being lightweight, the transportation cost in case of FRP is quite low, as compared to steel and other metals.
Little Maintenance
Due to the non-corrosive property of fibre reinforced plastic, the level of maintenance is lower than most other available materials. While other metals require maintenance at regular intervals with special liquids, no such things are prevalent in case of FRP for pultrusions. Just a random wash with water will do the job. As a result, almost no effort needs to be given for maintenance.
Impact Resistant
Just like steel, and most other metals, FRP can get deflected from its original shape. However, unlike steel, it will return to its original shape within a matter of time. This happens due to the advanced elastic properties present in fibre reinforced plastic. Recent research has shown that this constructional material can resist even massive impacts, and thus saves repair works that are quite costly.
Anti Slip
The anti slip properties present in fibreglass gives it a cutting edge over most other metals available. Slip and fall accidents being common in the industrial areas around the world, people were in search of a permanent solution to the problem. FRP has offered them with an efficient solution to the problem, and is now being preferred by most of the constructional areas over aluminum and steel.
Temperature Resistant
Nothing can damage metals at industrial places more than abrupt changes in temperature. However, FRP is such a material that can withstand intense heat for a long period of time without any changes in it. The structural integrity of this material is maintained even at high temperature. However, structural deformation is easy to notice in steel when the temperature goes high.
Therefore, choose FRP with your eyes closed for pultrusions in order to enjoy best results. however, make sure to avail them from a renowned retailer in order to stay away from compromising with the quality part.