Porous 0.5 Micron SS316L Stainless Steel Filter Discs

Porous 0.5 Micron SS316L Stainless Steel Filter Discs

Porous 0.5 Micron SS316L Stainless Steel Filter Discs from TOPTITECH are a type of filter media that are commonly used for filtration and separation applications. They are made from a sintered metal powder, typically made from SUS316L stainless steel. The sintering process involves heating the metal powder to a temperature below its melting point, allowing the particles to bond together to form a porous structure.

Porous 0.5 Micron SS316L Stainless Steel Filter Discs have a high porosity and can filter out particles down to a very small size, making them ideal for applications that require high levels of filtration. They are also resistant to corrosion and high temperatures, which makes them suitable for use in harsh environments. SUS316L powder sintered filter plates are used in a wide range of industries, including pharmaceuticals, food and beverage, chemical processing, and water treatment. They can be used for various applications such as gas filtration, liquid filtration, and air filtration.

Parameters

Brand Name: TOPTITECH

Usage: Liquid Filter, Filter Elements

Type:Filter disc

Material: Stainless steel 316L powder

Filter Rating:0.2um - 80um

Thickness:1mm~3mm

Length:Customized

Width:Customized

Available Material:SS, Titanium,Copper,Nickel,Inconel600 etc

Shape:Round, Square, Tube or as your request

Precision:0.2-80um

Features

1. Uniform pore size distribution
2. High mechanical strength
3. Good integrity and rigidity
4. Good permeability
5. Backwash and reusable
6. Heat resistance
7. Corrosion resistance

Applications

1. Filtration in high temperature and corrosive conditions is possible.

2. High pressure filter medium;oilfield oil sands separation;

3. Machinery, ships, fuel, lubricating oil, hydraulic start oil filter;

4. Chemical industry, chemical plants process;

5. High temperature gas dust removal; filter food; medical filter;

6. Water treatment and distribution,gas distribution system and the fluidized bed.