This product is a high-purity, precision-sintered porous titanium gas distribution tube, engineered to address the critical need for efficient gas-liquid mixing and mass transfer in demanding chemical environments. Its core value lies in a precisely controlled 0.45-micron uniform pore structure, which optimally balances gas throughput, distribution homogeneity, and mechanical strength to deliver a reliable core component for continuous process operations.

Designed for advanced chemical synthesis, pharmaceutical processing, and hydrometallurgy, this component meets the severe service requirements of these industries. The pure titanium construction provides exceptional resistance to extreme corrosive media, including boiling concentrated hydrochloric acid and chloride-rich solutions. It effectively solves the common industry challenges of stainless steel's susceptibility to pitting and polymer-based components' limitations in temperature resistance and product contamination risk. As a core dispersion element for reactors or aeration systems, it not only enhances reaction kinetics and selectivity but also significantly reduces downtime and maintenance costs associated with equipment corrosion failure, serving as a key technological component for process intensification and production stability.

Products Specifications

Material: Pure Titanium

Diameter: 150mm

Length: 100mm

Pore size: 0.45µm

Technique: Sintering

Products Description

Uniform Microporous Structure for Homogeneous Bubbling

The precisely controlled 0.45µm isotropic pore structure ensures the generation of microbubbles with a narrow size distribution, eliminating channeling and large bubble formation.

045m Titanium Gas Sparger for Chemical Reactors

045m Porous Titanium Gas Sparger for Chemical Reactors

Low Pressure Drop with High Gas Throughput

The optimized tubular porous design achieves fine bubble dispersion while maintaining minimal operational pressure loss, reducing energy consumption and supporting higher gas capacity.

Full Compatibility with Extreme Media

Inherent corrosion resistance of pure titanium enables long-term stability in harsh environments including hot acids, chlorides, and oxidizing agents, exceeding the limits of conventional materials.

045m Porous Titanium Tube Gas Sparger for Chemical Reactors

Robust Sintered Construction with Fatigue Resistance

Metallurgically bonded through sintering, the tube offers high mechanical strength and thermal shock resistance, outperforming non-metallic or fibrous elements in durability under cyclic operation.

Clean Passive Surface without Contamination

The stable passive oxide layer prevents ion release and particle shedding, making it ideal for fouling-sensitive processes such as high-purity synthesis and biopharmaceutical applications.

045m Titanium Tube Gas Sparger for Chemical Reactors

Porous Titanium Tube Gas Sparger for Chemical Reactors

Plug-and-Play Modularity for Easy Maintenance

Standard tubular geometry and interfaces allow quick integration, modular scaling, and in-line servicing, significantly improving system maintainability and operational flexibility.

Products Applications

Gas-Liquid Mixing Section in Continuous Flow Microreactors: Serves as an in-situ gas dispersion unit, enabling uniform microbubble distribution and superior interfacial contact for enhanced mass transfer in continuous hydrogenation, oxidation, and carbonylation processes.

Distribution Tube for Specialty Gas Wet Scrubbing Systems: Precisely disperses scrubbing agents into fine droplets, achieving ppb-level impurity removal in electronic-grade gas purification for semiconductor and fiber optics manufacturing.

Anode Chamber in Electrochemical Advanced Oxidation Reactors: Acts as a porous, conductive barrier that facilitates wastewater treatment while protecting electrodes from fouling, significantly extending system service life in industrial effluent processing.

Dynamic Gas Curtain Generator for Inert Atmosphere Protection: Creates stable, localized oxygen-free environments through controlled laminar flow emission, providing energy-efficient atmosphere isolation for sensitive materials processing and high-precision welding.

Online Gas Monitoring Interface for Microbial Fermenters: Enables real-time metabolic gas analysis by permitting selective diffusion of gases into analytical instruments while providing absolute physical barrier against liquid and microbial contamination.

Precursor Vapor Homogenization Unit for Thin-Film Deposition: Ensures uniform spatial distribution of precursor vapors in ALD and CVD systems, delivering consistent film thickness and composition across large-area substrates in advanced coating applications.