Fiberglass reinforced plastic (FRP) process piping is a lightweight, high-strength, corrosion and acid-base resistant non-metallic pipeline. It is made by layering glass fiber, with a resin matrix, around a rotating mandrel according to process specifications. The wall structure is rational and advanced, fully utilizing the material's properties. It enhances rigidity while ensuring product stability and reliability without compromising strength. FRP process pipes, with their excellent chemical corrosion resistance, lightweight strength, non-scaling, strong seismic resistance, longer lifespan compared to ordinary steel pipes, lower overall cost, quick installation, and safety, have been widely accepted by users. These pipes are used in industries such as purification towers, chemical workshops, and waste gas treatment. The production and development of FRP pipes in our country are progressing rapidly, with increasing quantities year by year and expanding application ranges and sectors.

2. The "significant energy-saving" reputation of process pipelines is due to their characteristic of n≤0.0084, where the smooth inner wall results in minimal pressure loss during fluid transportation. As a result, a smaller pipe diameter or a pump with less power can be chosen for long-distance conveyance with the same flow rate. Larger diameter pipelines can also reduce installation costs, cut down on insulation costs, and eliminate corrosion prevention expenses, thereby avoiding major repair costs – all contributing to "prolonging the lifespan." Under frozen media conditions, the pipeline will not crack.

2. Product Features: 1. Excellent mechanical and physical properties, lightweight, high strength, and easy to install. 2. Good corrosion resistance: service life is 4-5 times longer than that of steel pipes. 3. Good high-temperature resistance: normal operating temperature up to 180°C, fully meeting high-temperature requirements. 4. High-pressure resistance: normal operating pressure for high-pressure glass steel pipelines is 3.5MPa-24MPa. 5. High smoothness on the inner wall: good fluidity of the medium, no scaling or waxing, reducing pipeline operation and maintenance costs. 6. Good insulation properties: no secondary pollution.