GRP Gratings: Key Advantages for Net Zero 2030
06/02/2023
GRP is a lighter material than steel, with a lower density. It requires less energy to produce the same volume of material. Additionally, the production process for GRP involves mixing resins, catalysts, and glass fibers, which is typically less energy-intensive than the production process for steel, which involves refining raw iron ore and processing it into steel billets.
In general, the production of GRP is considered to be more energy-efficient than the production of steel, as it requires less energy to heat and process the raw materials. GRP is favoured for its lightweight and improved durability.
GRP (Glass Reinforced Plastic) Gratings have the following in use advantages:
Durability: GRP Gratings have a long service life and require minimal maintenance, reducing the need for frequent replacement, which saves resources and prevents wastage.
Recyclability: GRP is made from a mixture of resins and glass fibres, both of which can be recycled and reused as a general filler, reducing the environmental impact of GRP Grating production and disposal.
Energy Efficiency: GRP Gratings are lightweight, which reduces energy consumption during transportation, installation, and maintenance.
Chemical Resistance: GRP Gratings are resistant to many chemicals, eliminating the need for toxic chemicals and treatments used in metal coating processes.
Non-Conductivity: GRP Gratings are non-conductive, reducing the risk of electrical shock. As we start using more renewable energy sources, GRP gratings play a crucial role in the electrical grid in substations.
These features make GRP Gratings a suitable choice for companies working towards meeting net zero 2030 targets and promoting sustainability in their operations.