Name: Ti Porous Sparger With 20 Micron Pore Size Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 257157017

The Ti Porous Sparger is a sintered metal product with a microporous structure, and it is one of the standard products offered by TOPTITECH and can effectively meet the gas handling requirements of different application scenarios.

With specific dimensions of 14mm in diameter and 30mm in length, it features a pore size of 20 microns. This product has wide applications in gas-liquid separation, gas distribution, gas dissolution, and various other fields.

Products Specifications

Material	Gr1 Titanium
Pore size	20um
Diameter	14mm
Length	30mm
Connector	M20 thread
Technique	Powder metallurgy

Products Features

Microporous Structure: Designed with a microporous structure, the Ti Porous Sparger provides uniform gas distribution and gas-liquid contact.

High-Temperature Resistance: Made from sintered metal, it exhibits excellent resistance to high temperatures, suitable for applications in elevated temperature environments.

Chemical Inertness: Possessing good chemical inertness, it can be used in various chemical reaction systems without risk of corrosion.

Customizable Sizes: In addition to standard dimensions, customization options are available to meet specific requirements for different applications.

applications

Gas-Liquid Separation: Used in gas-liquid separation processes to achieve effective gas separation and liquid filtration through the microporous structure.

Gas Distribution: Acts as a gas distributor in chemical reactors to ensure even gas distribution within the reactor.

Gas Dissolution: Suitable for gas dissolution into liquids, providing efficient gas dissolution effects through the microporous structure.

Bioprocessing: Applied in bioprocessing for gas transfer and gas bubble control to meet the needs of bioreactors.

Water Treatment: Utilized in water treatment systems to introduce gases uniformly and improve water quality.

Food Processing: In the food processing industry, it is used for gas injection, gas mixing, and other processes to ensure product quality and production efficiency.