GRP, often known as glass-reinforced glass or plastic-reinforced polymer, is a material. It is an extremely adaptable substance with a plethora of uses and applications. GRP is also frequently referred to as glass fiber composite or fiberglass." GRP is a member of the wider FRP family of goods, which stands for Fiber Reinforced Plastics.
GRP Grating is frequently regarded as a respectable substitute for conventional steel grating in applications because it is a flexible, reliable, and high-performance floor covering or surface. Even galvanized steel is not entirely impervious to corrosion and rust. Steel grating can rust and corrode quickly when exposed to high levels of moisture or specific chemicals. Corrosion jeopardizes the stability of a structure and puts workers at considerable risk of falling. GRP is made with a molecular structure that can endure stresses that would compromise or weaken other materials.
- GRP grating is extremely simple to maintain. In order to prevent dangerous accumulations on the walking surface, the open meshes allow trash to fall via the mesh panel.
- According to The Workplace (Health, Safety, and Welfare), each level in a place of work and the surface of every travel route must be kept clear of impediments and from any item or substance that could cause someone to slip, trip, or fall. Debris naturally goes through itself or is simply wiped up to maintain compliance.
- The quick and easy installation of GRP grating saved a lot of time.
- It may be installed without the use of hot work, cranes, or heavy welding. Another strategy for lowering expenses and dangers on the job site.
- Our GRP gratings are made to offer secure, cost-effective, long-lasting, and worry-free solutions in a variety of industries, including education, health, rail, and roads.
Difference between the GRP and steel grating properties:
- Steel Grating is bulky, challenging to build, and sometimes unable to be used due to the supports required. GRP gratings are a perfect substitute because they weigh only one-third as much as steel. GRP is now simpler to carry and install in any desired location.
- The steel's weight is by far its largest issue. Despite numerous attempts to lose weight, none have been successful as of yet. For instance, steel sheets used in automotive buildings have been made lighter by becoming ever thinner. However, there needs to be a limit somewhere because eventually stability is threatened.
- GRP serves as a far better option than steel in circumstances where there is substantial water exposure or persistently severe weather. Steel not only corrodes more quickly, but it also becomes slicker when wet, making trips and slides much easier to happen. There is no need to be concerned with GRP. GRP gratings are created with an oxide of aluminum grit on top and have strong anti-slip characteristics from the beginning.
- Steel develops rust and blisters within a few hours when subjected to the saltwater spray test, which evaluates a material's resistance to corrosion. In contrast to glass fiber-reinforced plastic, water doesn't cause any issues here. Even after twenty days of testing, GRP exhibits no signs of degradation.
