Name: 0.2 Micron Porous Titanium Filter For Ultrafine Bubble Air And Electrolysis Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 257431548

TOPTITECH's sintered 0.2 micron titanium filters are designed to introduce gases into liquids by means of numerous tiny pores, surpassing traditional methods like drilled pipes in creating bubbles that are both smaller and more abundant. By greatly increasing the gas-liquid contact area, sintered 0.2 micron titanium filters shorten the time and volume needed for gas dissolution into a liquid medium. Notably, these filters exhibit exceptional performance characteristics such as rapid flow rates, superior aeration effects, and robust resistance to high temperatures and pressures.

Their versatility extends to various applications, including foam kits, fermentation equipment, home brewing devices, and diffusers for ozone, oxygen, CO2, and nitrogen. Additionally, these filters find widespread use in bioreactors and aquaculture setups.

Products Specifications

Material: Gr1 Titanium
Pore Size: 0.2um
Length: 38mm
Diameter: 40mm
Wall Thickness: 2.5-3mm
Threaded Connectors: 1/4" Male NPT

Technique: Powder sintering

Products Features

02 micron porous Titanium filter for ultrafine bubble air and electrolysis 2

1. Ultrafine Filtration: The 0.2 micron pore size enables the filter to capture even the smallest particles effectively, ensuring high filtration efficiency.

2. Corrosion Resistance: Titanium's excellent corrosion resistance properties make the filter suitable for use in a variety of environments, including corrosive ones.

02 micron porous Titanium filter for ultrafine bubble air and electrolysis 3

3. High Durability: The filter is durable and long-lasting, maintaining its effectiveness over extended periods of use.

4. Optimal Air/Gas Diffusion: Ideal for applications requiring precise air and gas diffusion, such as in electrolysis processes.

applications

1. Water Treatment: Used for ultrafine bubble aeration in water treatment plants to enhance oxygen transfer efficiency and improve water quality.

2. Pharmaceutical Industry: Employed in pharmaceutical manufacturing processes for precise gas diffusion and filtration needs to maintain product purity.

3. Food and Beverage Production: Applied in the food industry for targeted air/gas diffusion during various production processes to ensure product quality.

4. Electrolysis Processes: Crucial for electrolysis applications where controlled gas diffusion is required for optimal operational performance.

5. Environmental Remediation: Applied in environmental remediation processes for efficient gas-liquid interactions and contaminant removal.

6. Biotechnology: Used in bioreactors for gas diffusion and precise filtration requirements in biotechnological applications.