Name: 0.45um Porous Titanium Filter Tube For Gas Sparger Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 255129155

TOPTITECH's 0.45 um Porous Titanium Filter Tube for Gas Sparger is a meticulously crafted component engineered to streamline the efficient transfer of gases into liquids. Utilizing advanced sintering processes, this porous filter tube features a micron-level design, ensuring precise gas diffusion and maximizing contact surface area to generate fine gas bubbles. With a pore size of less than 0.45 um, it guarantees exceptional gas diffusion efficiency. The 1/8" NPT connection allows seamless integration into a diverse range of systems. Thanks to its porous titanium construction, this filter tube offers outstanding durability and corrosion resistance, making it an ideal choice for a variety of industrial applications that demand precise gas dispersion.

This specialized filter tube is equipped with a gas inlet for seamless gas introduction, a porous medium crafted from sintered titanium to allow gas passage while retaining liquids, a diffusion mechanism to ensure uniform gas distribution within liquids and a sturdy-density titanium plate bottom structure for stability. The 0.45 um Porous Titanium Filter Tube for Gas Sparger excels in oxygenation processes, aiding in water quality improvement in aquaculture and wastewater treatment. Its capabilities extend to gas aeration, deaeration, and gas transfer applications, facilitating efficient gas-liquid interactions across diverse industrial processes.

Products Specifications

Material	Titanium
Filtration grade/Pore size	＜0.45 microns
Structure	Porous titanium tubes with welded flat bottom
Length	2"
Diameter	50mm
Thread type	1/8" NPTx20mm
Technique	Sintering

Products Features

045um Porous Titanium Filter Tube for Gas Sparger 3

High Porosity: Featuring a pore range from 30% to 40%, this filter tube provides increased gas transfer efficiency into liquids compared to conventional sprayers.
Blockage Prevention: With millions of tiny pores, it effectively carbonates beverages like beer and soda pre-fermentation, ensuring uninterrupted operation.
Easy Integration: Seamlessly connect it to oxygen regulators or aerators for efficient beer carbonation processes, enhancing productivity in brewing operations.

045um Porous Titanium Filter Tube for Gas Sparger 4

Simple Disinfection: Easily sanitize by soaking the 0.45μm Porous Titanium Filter Tube in water for 20-30 seconds, maintaining a hygienic brewing environment.
Durability: Resilient to chemical and physical cleaning methods such as ultrasonic cleaning, ensuring long-term usability with minimal maintenance.
High Temperature and Corrosion Resistance: Suitable for harsh environments, ensuring performance under demanding conditions.

applications

Food and Beverage Processing: Enhancing gas infusion in liquids during food and beverage processing, including carbonated beverage production and milk pasteurization.
Oil and Gas Industry: Facilitating gas injection into liquids for processes like enhanced oil recovery and gas injection operations.
Environmental Remediation: Supporting gas-liquid interactions for environmental remediation processes like bioremediation.

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Aquaculture: Enhancing oxygen transfer efficiency in water for supporting aquatic organism growth.
Wastewater Treatment: Facilitating oxygenation in wastewater to aid biological treatment processes.
Fermentation: Enabling air introduction into liquids during fermentation processes in industries such as beer and wine production.
Chemical Reactions: Facilitating gas-liquid interactions in chemical reactions, is crucial for pharmaceutical and fine chemical manufacturing.

The differences between a flat-bottom welded density titanium plate and a round-bottom powder sintered bottom:

flat-bottom welded density titanium plate

round-bottom powder sintered bottom

Structure:

Flat-Bottom Welded Dense Titanium Plate: Typically constructed with a flat bottom surface and welded seams, offering a robust and solid structure.
Round-Bottom Powder Sintered Plate: Features a rounded bottom created through powder sintering, providing a more uniform and continuous design.

Manufacturing Process:

Flat-Bottom Welded Dense Titanium Plate: Fabricated through welding methods that involve joining titanium plates to form a flat-bottom structure.
Round-Bottom Powder Sintered Plate: Produced through powder metallurgy techniques where titanium powder is compacted and sintered to create the round-bottom shape.

Strength and Durability:

Flat-Bottom Welded Dense Titanium Plate: Known for its strength and durability due to the welded construction, offering resistance to mechanical stress.
Round-Bottom Powder Sintered Plate: Exhibits strength and durability through the sintering process, providing a homogeneous structure that can withstand pressure.

Uniformity:

Flat-Bottom Welded Dense Titanium Plate: Offers a consistent flat surface, suitable for specific applications requiring stability and even distribution.
Round-Bottom Powder Sintered Plate: Provides a uniform round shape, beneficial for applications where fluid flow or distribution needs to be optimized.

Application Suitability:

Flat-Bottom Welded Dense Titanium Plate: Ideal for applications where a flat surface is required, such as certain chemical processing or storage vessels.
Round-Bottom Powder Sintered Plate: Suited for processes where a rounded bottom aids in fluid dynamics, such as in mixing vessels or reactors.