Name: 1 Micron Microporous Stainless Steel Open-end Filter Tube
Brand: TOPTITECH
SKU: 251192359

The TOPTITECH 1 micron microporous stainless steel open-end filter tube is an innovative product under the TOPTITECH brand, crafted using premium 316L powder and manufactured through precise molding and vacuum high-temperature sintering processes.

Featuring a 1-micron microporous size, a length of 65 millimeters, an outer diameter of 17 millimeters, an inner diameter of 11 millimeters, and a wall thickness of 3 millimeters, this filter tube is customized to deliver exceptional filtration performance and long-lasting durability, making it an outstanding choice in the filtration industry.

Products Specifications

Material	316L
Filtration grade/Pore size	1um
Out diameter	17mm
Inner diameter	11mm
Wall thickness	3mm
Connector	one side open and the other size closed

Products Features

Precision microporous design: equipped with 1-micron micropores, effectively filtering out tiny particles and impurities to ensure high product purity.

Superior material: The 316L powder material boasts excellent corrosion resistance and high-temperature tolerance, suitable for various extreme working environments.

Sturdy structure: With a 3-millimeter wall thickness, the TOPTITECH Microporous Stainless Steel Open-End Filter Tube ensures a robust structure that can withstand prolonged use without deformation.

Convenient installation: The open-end design facilitates easy installation and replacement, enhancing operational efficiency and saving time costs.

applications

Biopharmaceutical industry: Used for purifying microbial culture media, cell separation, and purification processes in pharmaceutical production.

Food and beverage processing: Ideal for the clarification process of liquids such as juices, and beers, ensuring product quality and taste.

Chemical industry: Employed for liquid separation, purification, and catalyst recovery, enhancing process efficiency and product purity.

Laboratory research: Utilized in laboratories for sample purification, particle separation, and experimental processes to ensure the accuracy and reliability of research data.