Titanium perforated screen tubes are widely used as structural skeletons in hydraulic oil filtration systems, providing essential mechanical support to filter media. Their high strength and corrosion resistance enable them to withstand continuous pressure fluctuations and particulate buildup without deformation, ensuring long-term reliability in demanding industrial environments.

These tubes also facilitate uniform fluid distribution across the filtration surface, minimizing turbulence and localized stress points that could compromise filtration efficiency. The precisely engineered perforations allow controlled flow dynamics, enhancing contaminant capture while maintaining optimal system performance in applications such as machine tools, aerospace fuel systems, and heavy-duty hydraulic circuits.

Products Specifications

Titanium perforated screen tubes for hydraulic oil filtration

Material: Gr1 titanium mesh
Diameter: 312mm
Height: 154mm
Hole size: 0.5mm
Shape: Cylindrical shape

Products Features

Titanium perforated screen tubes for hydraulic oil filtration 7

1. Superior Structural Strength: The rigid titanium construction ensures resistance to deformation under high flow and differential pressure, maintaining stable filtration performance even during rapid pressure fluctuations.

2. Corrosion and Heat Resistance: Titanium withstands exposure to hydraulic oils, additives, and extreme temperatures without degradation, ensuring long service life in demanding operating environments.

3. Efficient Flow Distribution: Precisely engineered perforation patterns promote uniform oil flow and consistent filtration efficiency, minimizing turbulence and pressure drop across the filter.

Titanium perforated screen tubes for hydraulic oil filtration 4

4. Customizable Design: Hole size, open area ratio, and tube thickness can be tailored to specific system requirements, providing optimized filtration balance between strength, permeability, and contaminant retention.

5. Easy Maintenance and Reusability: The metallic structure allows backwashing, ultrasonic cleaning, or chemical regeneration, reducing replacement frequency and overall maintenance costs.

6. Compatibility with Multi-Layer Filtration Systems: Titanium perforated tubes can function as supporting cores for fine mesh or sintered filter layers, enhancing structural support and extending the lifespan of the filtering media.

applications

Industrial Filtration & Fluid Processing: Serving as filter cores in hydraulic, lubrication, and chemical processing systems, they ensure structural integrity to filter media while enabling optimized flow distribution through precision-engineered perforations.

Oil & Gas Infrastructure: Utilized in downhole filtration systems, well completion screens, and pipeline treatment equipment to effectively separate particulates from hydrocarbons under severe pressure and corrosive environments, ensuring reliable operation in challenging subsurface conditions.

Marine & Offshore Engineering‌: Integrated into seawater intake systems, desalination plants, and shipboard filtration units due to their resistance to chloride-induced pitting and biofouling.

Water & Wastewater Treatment: Function as wedge-wire filter components in sewage treatment processes, effluent filtration systems, and industrial wastewater recovery applications, where maximum open area and anti-clogging properties are essential for optimal performance.

Energy & Nuclear Systems‌: Installed in cooling circuit strainers and ventilation ducts within power plants, where thermal stability and long-term reliability under radiation exposure are essential.

Transportation & Automotive‌: Found in exhaust muffler systems and catalytic converter housings, where heat dissipation and particulate filtration enhance performance and emissions compliance.