Industrial Porous Titanium Rod Filter Core - High-Precision Corrosion-Resistant Sintered Titanium Filtration Element

In petrochemical processing, pharmaceuticals, water treatment, food & beverage, and electronics ultra-pure gas purification systems, extreme corrosion resistance and ultra-precision filtration are non-negotiable. BIOP's Industrial Porous Titanium Rod Filter Core (Sintered Titanium Cartridge) is manufactured from industrial pure titanium powder via high-temperature vacuum sintering. It offers exceptional mechanical strength, heat resistance, and aggressive acid/alkali resistance, serving as the ultimate high-end alternative to traditional stainless steel meshes, ceramic filters, and polymer bags.

1. Core Features & Advantages

• Superior Corrosion & Temperature Resistance: Pure titanium structure exhibits outstanding resistance to strong acids (e.g., nitric acid, dilute sulfuric acid), alkalis, seawater, and organic solvents, operating stably at temperatures up to +280°C.

• High Porosity & Uniform Pore Distribution: Features a high porosity of 35% - 50% with uniform pore geometry, ensuring low initial pressure drop, high permeability, and exceptional particle retention efficiency.

• High Mechanical Strength & Zero Media Shedding: Robust monolithic structure eliminates the need for inner support cores. It resists deformation under high differential pressures and prevents media migration, fully complying with GMP and FDA standards.

• Excellent Regeneration & Backwash Capability: Filtering performance is easily restored via ultrasonic cleaning or reverse pressure gas/liquid purging, allowing multiple reuses and significantly reducing operational expenses.

2. Technical Specifications

3. Typical Applications

Widely applied in decarbonization and fine filtration of infusions, injections, and active pharmaceutical ingredients (APIs); aggressive liquid and catalyst recovery in chemical processing; ultra-pure water preparation; and high-purity gas sterilization/filtration in pneumatic conveying systems.