FRP pipes are widely used in desalination projects, primarily in the following areas:

- Seawater transportation: During the long-distance seawater extraction process at desalination plants and the transportation of extracted seawater to pretreatment systems, FRP pipes, with their corrosion resistance, smooth interior, and low fluid resistance, prevent corrosion-related leaks and ruptures, improving seawater transportation efficiency and reducing energy consumption.

- Brine discharge and post-treatment: The large amounts of highly corrosive brine generated by desalination can be transported to designated discharge areas via FRP pipes. FRP pipes are resistant to corrosion and prevent leaks from contaminating the environment. Furthermore, during the transportation of desalinated freshwater to storage facilities or water supply systems, FRP pipes prevent secondary contamination of the water, ensuring water quality.

FRP products are widely used in the construction industry. The following are some key applications:

- Enclosures: These include fence guardrails, doors, and windows. FRP fence guardrails are lightweight, strong, corrosion-resistant, and maintenance-free, making them suitable for a variety of applications, including municipal projects, industrial fields, and specialized environments.

- Roofing: FRP roofs are lightweight, strong, corrosion-resistant, weather-resistant, and easy to process. They can be used in industrial plants, stadiums, commercial buildings, and more. For example, a chemical plant's roof utilizes FRP grating, effectively preventing chemical corrosion and extending the roof's service life.

- Ventilation Ducts: FRP ventilation ducts are corrosion-resistant, lightweight, strong, have low fluid resistance, and are insulated and antistatic. They are suitable for industrial and building ventilation, for example, transporting corrosive waste gases from chemical plants and odorous gases from sewage treatment plants.

- Gratings and Platforms: Fiberglass gratings can be used in inspection corridors for photovoltaic power plants, platforms for charging stations for new energy vehicles, and tree gratings for municipal landscaping. They offer strong load-bearing capacity, corrosion resistance, and ease of installation.

FRP products are widely used in the chemical industry due to their excellent corrosion resistance, lightweight, high strength, and excellent insulation properties. These applications are primarily reflected in the following areas:

- Storage equipment: These can be used to store various corrosive media, including acids, alkalis, saline solutions, and organic solvents. Examples include FRP storage tanks and tanks.

- Transportation equipment: FRP pipes and fittings (such as elbows and flanges) are essential for transporting corrosive fluids in the chemical industry. Their smooth inner walls minimize fluid resistance, reducing energy consumption. They are also wear- and corrosion-resistant, offering a long service life and are suitable for transporting chemical raw materials, wastewater, and other waste liquids.

- Tower equipment: FRP absorption towers, scrubbers, and cooling towers play a vital role in gas purification, absorption, and cooling processes in chemical production. For example, absorption towers can be used to treat corrosive gases such as sulfur and chlorine. Their corrosion-resistant tower structure ensures a stable purification process. - Reaction Equipment: Some small reactors and mixing tanks are also made of FRP. These materials are suitable for chemical reactions where corrosion is not a concern but equipment weight and cost are a concern. They meet the corrosion resistance and structural strength requirements of the reaction process.

- Environmental Protection Equipment: FRP products such as gratings, covers, and fan casings are also widely used in chemical wastewater and exhaust gas treatment systems. Their corrosion resistance allows them to withstand the harsh media found in treatment environments, while also being easy to install and maintain, contributing to the efficient operation of environmental protection processes.

FRP products, thanks to their corrosion resistance, high strength, light weight, and excellent insulation, are widely used in the power industry. This is primarily reflected in the following areas:

- Cable protection facilities: These include cable protection pipes and cable trays, effectively protecting cables from environmental influences (such as corrosion and mechanical damage). Their excellent insulation properties make them suitable for laying power transmission lines.

- Insulation components: These can be made into insulators and insulation brackets, leveraging their excellent insulation properties to ensure the safe operation of power equipment, particularly in high-voltage transmission.

- Cooling towers: FRP cooling towers are corrosion-resistant and offer excellent heat dissipation. They are commonly used in circulating water cooling systems in power plants and other locations. Compared to traditional materials, they are more durable and have lower maintenance costs.