Industrial constructions are going through major transitions where traditional materials of construction are being replaced by reliable and stronger alternatives like FRP. This particular material is used in major construction aspects like floor grating, stair nosing, handrails etc. In fact, FRP is widely used in the manufacture of beams and columns which are considered to be the major support structures. There are certain reasons for which this particular material is becoming the prime choice for construction works worldwide.
FRP (Fibre Reinforced Polymer) is a composite material which is made up by mixing fibre-reinforced plastic with polymer and glass. This particular blend gives birth to a material that is extremely durable and tough. Apart from these basic features, this material is highly resistant to corrosion, abrasion and degradation. In spite of all these features, it is extremely cost efficient and provides a safe choice in numerous industrial applications.
There are certain aspects that make FRP unique when compared to its alternatives like steel and aluminum. Let us have a quick look at features that make FRP distinctive and effective.
High Strength and Light Weight
This is the most striking feature of FRP that makes it unique and easy to use. Most of the materials that are considered to be strong have a natural tendency of being heavy. It is interesting to note that FRP on the weighs one seventh as much as steel and half as much as aluminum. These lightweight properties make FRP extremely useful in the installation of complex structures like pipe and tank. The high strength to weight proportion makes FRP much stronger than its alternatives. When steel is taken into consideration, it proves to be much heavier, and difficulties arise when one tries to install complex steel structures.
Provides Customizing Options
Every material that is used in construction has its own deficiency. The traditional materials do not come with customizing options where the function ability can be increased by changing certain compositions. FRP provides customizing options where engineers can design according to their requirements. For example, corrosion and abrasion resistance quotient of FRP can be easily modified by altering the resin and glass content of the blend. This is a feature that makes use of this material inevitable in structures that are to be modified in regular intervals.
Can Form complex Shapes
Construction aspects that include complex shapes and structures are often difficult to build using the traditional materials like steel, aluminum and wood. FRP, on the other hand, is a composite material that has the flexibility and elasticity to a great extent. This helps the engineers to design complex and curved structures that are perfectly complimented by the use of FRP. Integrating designs that are made up of FRP reduces noise and ensures safety and security to a great extent.
Rugged and Long Lasting
FRP is a tough material, and for this reason it is durable, as well. This particular material is corrosion free, and it is a bad conductor of electricity and heat. This gives life to this material, and for this reason it is a good choice for construction engineers who want a cost efficient yet long lasting material.
Looking at the above mentioned features, one can easily make out the reasons behind the growing demand of FRP structures that include beams, columns, tanks etc.
FRP (Fibre Reinforced Polymer) is a composite material which is made up by mixing fibre-reinforced plastic with polymer and glass. This particular blend gives birth to a material that is extremely durable and tough. Apart from these basic features, this material is highly resistant to corrosion, abrasion and degradation. In spite of all these features, it is extremely cost efficient and provides a safe choice in numerous industrial applications.
There are certain aspects that make FRP unique when compared to its alternatives like steel and aluminum. Let us have a quick look at features that make FRP distinctive and effective.
High Strength and Light Weight
This is the most striking feature of FRP that makes it unique and easy to use. Most of the materials that are considered to be strong have a natural tendency of being heavy. It is interesting to note that FRP on the weighs one seventh as much as steel and half as much as aluminum. These lightweight properties make FRP extremely useful in the installation of complex structures like pipe and tank. The high strength to weight proportion makes FRP much stronger than its alternatives. When steel is taken into consideration, it proves to be much heavier, and difficulties arise when one tries to install complex steel structures.
Provides Customizing Options
Every material that is used in construction has its own deficiency. The traditional materials do not come with customizing options where the function ability can be increased by changing certain compositions. FRP provides customizing options where engineers can design according to their requirements. For example, corrosion and abrasion resistance quotient of FRP can be easily modified by altering the resin and glass content of the blend. This is a feature that makes use of this material inevitable in structures that are to be modified in regular intervals.
Can Form complex Shapes
Construction aspects that include complex shapes and structures are often difficult to build using the traditional materials like steel, aluminum and wood. FRP, on the other hand, is a composite material that has the flexibility and elasticity to a great extent. This helps the engineers to design complex and curved structures that are perfectly complimented by the use of FRP. Integrating designs that are made up of FRP reduces noise and ensures safety and security to a great extent.
Rugged and Long Lasting
FRP is a tough material, and for this reason it is durable, as well. This particular material is corrosion free, and it is a bad conductor of electricity and heat. This gives life to this material, and for this reason it is a good choice for construction engineers who want a cost efficient yet long lasting material.
Looking at the above mentioned features, one can easily make out the reasons behind the growing demand of FRP structures that include beams, columns, tanks etc.