Name: 1/2"NPT Sintered Titanium Aeration Head For Fermentation Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 238116969

TOPTITECH's 1/2"NPT Sintered Titanium Aeration Head For Fermentation is a highly specialized and technologically advanced accessory designed to optimize aeration in fermentation processes. With its precise 1/2"NPT connector, generous 180mm diameter, and micro-perforations of 2 micrometers (um), this disc offers exceptional performance and reliability in gas distribution for fermentation applications.

Crafted from premium-grade titanium, this titanium aeration head exhibits outstanding corrosion resistance, ensuring long-lasting durability even in harsh fermentation environments. The 1/2"NPT connector guarantees a secure and leak-free connection to the fermentor, enabling seamless integration into various fermentation systems.

Equipped with micro-perforations of 2um, this disc facilitates precise control of gas flow and distribution. The ultra-fine perforations ensure uniform dispersion of gases throughout the culture broth, promoting efficient oxygen transfer to microbial cells and facilitating the removal of carbon dioxide. This level of control over aeration parameters has a direct impact on cell growth rates and product formation, enabling users to achieve optimal fermentation outcomes.

Products Specifications

Material	titanium
Filtration grade/Pore size	2um
Diameter	φ180mm,φ60mm
Connector	1/2NPT
Porosity	40%-50%
Technique	Sintering

Products Features

12NPT Titanium Gas Distribution Disc for Fermentation 1

Precise and Secure Connection: The 1/2"NPT connector ensures a precise and secure connection to the fermentor, eliminating the risk of leakage or disconnection during operation. This reliable attachment provides peace of mind and allows for uninterrupted aeration throughout the fermentation process.

Enhanced Durability: Crafted from high-quality titanium, this gas distribution disc exhibits excellent corrosion resistance, ensuring long-term durability even in demanding fermentation environments. It can withstand harsh chemical conditions and maintain its performance over an extended period, reducing the need for frequent replacements.

12NPT Titanium Gas Distribution Disc for Fermentation 4

Micro-Perforation Design: The aeration head features micro-perforations with a diameter of 2 micrometers (um), enabling precise control of gas flow and distribution. These ultra-fine perforations ensure uniform dispersion of gases throughout the culture broth, promoting efficient oxygen transfer and carbon dioxide removal. This level of control enhances cell growth rates and product formation, leading to improved fermentation outcomes.

Optimal Aeration Efficiency: The specialized design of the gas distribution aeration head facilitates enhanced mixing of the gas and liquid phases within the fermentor. This promotes efficient gas-liquid interaction, maximizing aeration efficiency and ensuring homogeneity of the culture broth. The result is an improved oxygen supply to microbial cells, enhancing their metabolic activity and overall fermentation performance.

Three Types of aerobic fermentors

Stirred-Tank Bioreactors - an overview | ScienceDirect Topics

mechanically stirred sparged fermentor

Bubble Columns - an overview | ScienceDirect Topics

bubble column fermentor

Airlift Loop Reactor - an overview | ScienceDirect Topics

loop fermentor

The mechanically stirred sparged fermentor is widely used for various aerobic fermentations. It involves the sparging of gas, typically air, into the agitated broth. On the other hand, the bubble column fermentor is a cylindrical vessel where gas is bubbled through a liquid medium. It can operate continuously with either counter-current or co-current flows of liquid and gas. Lastly, the loop fermentor utilizes the difference in average densities between the gassed and ungassed sections or employs pumps or fluid jets to recirculate the liquid.

These three types of fermentors offer distinct advantages in optimizing aerobic fermentation processes. Mechanically stirred sparged fermentors ensure efficient gas-liquid contact through sparging and agitation. Bubble column fermentors facilitate mass transfer and heat transfer between the gas and liquid phases. Loop fermentors promote enhanced gas-liquid mixing and facilitate efficient oxygen supply and carbon dioxide removal.