◉ Product Description
1. Superior Corrosion Resistance
Chemical plants handle fluids that are often highly corrosive, such as acids, alkalis, saline solutions, and organic chemicals. Traditional metal pipes are prone to corrosion, leading to performance degradation and potential failures.
GRE pipes, made from glass fibers and epoxy resin, offer outstanding corrosion resistance:
· They withstand exposure to most chemical substances, including sulfuric acid, hydrochloric acid, and sodium hydroxide.
· They maintain structural integrity even in environments with strong chemical solvents or wastewater.
2. Excellent Hydraulic Performance
GRE pipes have smooth inner walls with low friction coefficients, resulting in efficient fluid transport. This makes them especially suitable for applications like cooling water circulation and wastewater treatment systems in chemical plants:
· Reduced pressure loss during fluid transport leads to lower energy consumption.
· The smooth surface prevents scale and sediment buildup, enhancing the overall efficiency of the transport system.
3. Low Maintenance Costs
Traditional metal pipes require regular maintenance, such as protective coatings or replacements, to combat corrosion in the harsh environments of chemical plants. In contrast, GRE pipes have inherent corrosion resistance, minimizing maintenance needs:
· They ensure continuous production with reduced downtime for repairs or replacements.
· There is no need for costly coatings, anti-corrosion agents, or cathodic protection systems, lowering long-term expenses.
◉ Specification
◉ Physical Property
◉ Application
1. Transportation of Corrosive Media
Chemical plants often deal with highly corrosive media such as acids, alkalis, saline solutions, and certain organic chemicals. GRE pipes' excellent corrosion resistance extends their service life when used for transporting such fluids.
2. Process Piping Systems
In chemical process piping, GRE pipes are utilized to convey cooling water, process water, wastewater, and certain chemical solvents. Their material properties meet diverse process demands, especially in harsh corrosive environments.
3. Cooling Water Circulation Systems
With a low friction coefficient and superior hydraulic performance, GRE pipes are ideal for cooling water systems, particularly for long-distance transportation, reducing pressure loss effectively.
4. Wastewater Treatment Piping
Wastewater in chemical plants contains complex components. GRE pipes' resistance to chemical corrosion makes them an excellent choice for wastewater treatment systems.
5. High-Pressure Transport Systems
Through specialized reinforcement design, GRE pipes can withstand high working pressures, making them suitable for high-pressure fluid transport in chemical plants.
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