Wedge wire screen pipes are cylindrical filtration systems made from stainless steel, with V-shaped or wedge-shaped wires welded to support rods. This construction creates a continuous slot with precise spacing, allowing for effective filtration while minimizing clogging and ensuring high mechanical strength.
Our wedge wire pipes are widely used in the petrochemical industries including paint, resin, ink, dye, pharmaceutical, chemical, and petrochemical production and filtration.
We provide various wedge wire screen pipes for industries from crude oil refining to chemical processing.
The vee wire screen design creates a highly efficient filtration surface that captures even the smallest particles, ensuring optimal separation of liquids and solids.
▪ High-Flow Rates: Provides high-open areas and minimal resistance to flow, making it ideal for large-scale petrochemical applications.
▪ Improved Filtration Efficiency: The unique wedge wire design ensures optimal separation of liquids and solids, reducing contaminants and improving product quality.
▪ Longer Equipment Lifespan: Helps extend the lifespan of downstream equipment, reducing maintenance and replacement costs.
▪ Resistance to Corrosion: Made from high-quality, corrosion-resistant stainless steel materials, ensuring durability and reliability in harsh petrochemical environments.
▪ Catalyst Support Screens
In petrochemical reactors, wedge wire screens serve as catalyst support screens, ensuring that catalysts remain in place while allowing reactants to pass through.
▪ Refinery and Downstream Processing
Wedge wire screen pipes are used in various refining and downstream processing stages, including crude oil desalting, hydrocracking, and fluid catalytic cracking.
▪ Water Treatment
Water treatment is a critical aspect of petrochemical operations. Wedge wire screen pipes are employed in water intake systems, filtration of process water, and wastewater treatment, ensuring that the water used and discharged meets stringent environmental standards.
Outlet Collectors
Reactor Internals
Pressure Vessels
Flow Reactor Scallops
Mass Transfer Screens
Reactor Housing
Ion Exchange Nozzles