0.5um Porous Titanium Filter With Pagoda Style Connector For Diffuser

TOPTITECH's 0.5um Porous Titanium Filter with Pagoda Style Connector for Diffuser is engineered via a high-temperature sintering process utilizing 99.4% pure titanium powder. This manufacturing method produces a rigid, monolithic porous structure characterized by uniform 0.5-micron pore channels, high porosity, and exceptional structural integrity. The filter exhibits superior chemical inertness, resisting corrosion from ozone, chlorinated compounds, and acidic media. Its inherent mechanical strength and thermal stability ensure reliable performance under continuous exposure to elevated temperatures and repeated pressure cycling, making it an optimal substrate for high-efficiency gas diffusion and fine bubble generation.

This specific filter integrates a custom-machined Pagoda Style Connector, designed to ensure a leak-tight, secure fit within diffusion assemblies, thereby eliminating bypass and maximizing gas-liquid contact efficiency. The 0.5um Porous Titanium Filter with Pagoda Style Connector for Diffuser achieves consistent microbubble release due to its precisely controlled pore size distribution and hydrophilic surface properties. It's cleanable, sintered titanium matrix allows for in-situ maintenance through back-pulsing or chemical cleaning, restoring permeability and extending service life significantly in demanding aeration, ozonation, and sparging applications.

• Material: Titanium
• Pore size: 0.5um
• Diameter: 14mm
• Length: 66.03mm
• Connector: Pagoda Style Connector
• Technique: Sintering

Unmatched Corrosion & Oxidation Resistance

The sintered titanium filter's >99.4% pure titanium composition forms a stable, self-healing passivating oxide layer. This ensures long-term integrity when filtering aggressive media such as seawater, chlorinated compounds (wet chlorine, hypochlorite), nitric acid, and ozonated water, where stainless steels typically fail.

Precise & Stable Filtration Performance

Manufactured via controlled powder grading and high-temperature sintering, the filter possesses a uniform, three-dimensional porous network. This structure guarantees a consistent 0.5-micron absolute rating with minimal pore size variation, preventing particle migration and ensuring reliable separation efficiency.

Elevated Pressure and Temperature Operational Stability

The monolithic sintered structure can operate continuously at temperatures as high as 280°C and tolerate differential pressures greater than 6 bar due to its remarkable mechanical strength and thermal stability. This makes it suitable for steam filtration and high-P process lines.

High Porosity for Low Pressure Drop & High Dirt Holding Capacity

With a typical porosity range of 28-50%, the filter provides a large surface area within a compact volume. This design minimizes initial pressure drop, allows for higher flow rates, and extends service cycles through superior solids loading capacity compared to surface filters.

Sturdy Cleanability & Extended Service Life

Without causing structural damage, the stiff titanium matrix allows for frequent and complete cleaning using chemical, ultrasonic, or back-pulsing techniques. This full regenerability restores near-original permeability, offering a significantly lower total cost of ownership compared to disposable filter elements.

Biocompatible & Chemically Inert Construction

No impurities, additives, or particle shedding are introduced by the filter. Its inherent inertness and non-toxic nature make it the definitive choice for critical applications in pharmaceutical, bio-processing, and high-purity food and beverage production, ensuring product safety and integrity.

 

 

Chemical and petrochemical processing: Sintered titanium filters are essential for managing aggressive process streams, recovering catalysts, and filtering polymer slurries. Their resistance to chlorides, acids, and high temperatures makes them indispensable in chlor-alkali processing for chlorine gas drying and hydrochloric acid filtration.

High-Purity Electronics Manufacturing: These filters are specified for ultrapure chemical distribution systems, filtering abrasive slurries (CMP), aggressive etchants, and high-purity acids. The inert, non-shedding titanium matrix prevents ionic contamination and particle introduction in semiconductor fab and flat panel display production.

Oil, Gas, and Produced Water Treatment: Sintered titanium filters perform exceptionally well in produced water reinjection (PWRI) systems in upstream and midstream operations, eliminating hydrocarbons and suspended solids in high salinity and H2S environments. Their robustness handles frequent backwash cycles in this demanding service.

Power Generation & Industrial Water Treatment: The filters act as reliable pre-filtration media for seawater reverse osmosis (SWRO) desalination plants, protecting membranes from fouling. They are also used for condenser cooling water filtration, effluent polishing, and as diffusion aerators in wastewater treatment basins.

New Energy & Hydrogen Economy: Within lithium battery production, these filters purify electrode slurry coatings and recover precious metal catalysts. For hydrogen production and fuel cell systems, they filter process gases and electrolytes, leveraging their compatibility with hydrogen environments and PEM electrolyzer conditions. 

Tel: 0917-3873009

Phone: +86 18992731201

Email: zhangjixia@bjygti.com

Fax: 0917-3873009

Address: No. 195, Gaoxin Avenue, High-tech Development Zone, Baoji City, Shaanxi, China

Whatsapp: +86 18992731201

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