Name: 10 Micron Titanium Spherical Aeration Head For The Gas-liquid Mixing Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 277721693

The titanium spherical aeration head from TOPTITECH is made of high-purity titanium metal powder, precision-manufactured through advanced powder metallurgy processes. With a diameter of 60 millimeters, it features a uniform and controllable porous structure inside, with an average pore size of 10 micrometers, capable of producing extremely fine and uniform bubbles.

The spherical design not only adheres to fluid dynamics principles but also enables 360-degree aeration without dead zones, ensuring efficient gas mass transfer in liquids. Equipped with a 1/2" male NPT threaded interface, it offers easy installation and compatibility with most standard aeration system pipeline configurations.

The inherent surface oxide layer of titanium provides outstanding corrosion resistance, allowing it to withstand harsh water environments long-term, including chlorinated wastewater, seawater, and corrosive industrial wastewater treatment scenarios.

Products Specifications

Material	Gr1 titanium
Diameter	standard 60mm
Pore size	10 micron
Conector	1/2'' MNPT
Technique	sintering and welding

Products Features

Precision Porous Structure Design

Utilizing a spherical topology optimized structure with precisely controlled pore distribution ensures uniform and stable bubble generation. The unique pore structure design induces micro-turbulence when gas passes through, significantly enhancing gas-liquid contact area and time. This design prevents the formation of large bubbles, maximizing oxygen transfer efficiency while reducing energy consumption.

Superior Corrosion Resistance

Pure titanium material exhibits unparalleled corrosion resistance, with a naturally formed dense oxide film on the surface that resists erosion from various corrosive media. This feature makes the aeration head ideal for demanding environments such as seawater aquaculture and chemical wastewater treatment, completely avoiding secondary pollution from leaching metal ions, ensuring long-term stable operational performance.

Optimized Fluid Dynamics Performance

The spherical design reduces resistance as fluids pass through, preventing the accumulation of activated sludge and other suspended matter. The unique surface pore layout ensures uniform gas diffusion, avoiding localized over-aeration or under-aeration. This design significantly enhances the overall efficiency of the aeration system while reducing operational maintenance requirements.

Longevity and Low Maintenance Requirements

The integrated structure based on powder metallurgy technology eliminates common seams and weak points in traditional aeration heads, providing excellent mechanical strength and impact resistance. The high fatigue strength of titanium allows it to withstand frequent start-stop cycles and water hammer impacts, offering a longer lifespan compared to polymer aeration equipment and significantly reducing equipment replacement frequency and maintenance costs.

applications

►Municipal Wastewater Treatment
Provides uniform and stable oxygen supply to microbial communities in activated sludge wastewater treatment processes.

►Industrial Wastewater Treatment
Suitable for highly corrosive wastewater treatment scenarios in industries such as chemical, pharmaceutical, and electroplating.

►Aquaculture and Aquariums
Provides uniform oxygen supply to high-density aquaculture water bodies, with fine bubble sizes to prevent stress responses in aquatic organisms.

►Seawater Desalination Pretreatment
Serves as aeration equipment in the pretreatment stage of reverse osmosis membrane desalination processes, offering oxidation and mixing functions.

►Chemical Synthesis and Fermentation Processes
Used in chemical synthesis reactions and biological fermentation processes that require thorough gas-liquid contact.

►Landscape Waterbody Maintenance

Provides aeration and reoxygenation in enclosed water bodies such as artificial lakes, fountain water features, to prevent eutrophication and excessive algae growth.