Microporous Ti filter tubes with two sides open are categorized based on the specific material used, such as titanium powder, copper powder, or stainless steel powder. To avoid any confusion, it is essential to clarify the desired material when customers inquire about powder-sintered filter elements. Among the commonly encountered options are stainless steel powder filter elements and titanium rod filter elements.

The manufacturing process of a Microporous Ti filter tube with two sides open involves several key steps. Initially, raw titanium powder is introduced into a metallurgical mold. Typically, the raw material for titanium powder-sintered filter elements consists of spherical or irregular metal or alloy powder. These elements exhibit a pore size ranging from 1 to 200 microns. The finished products are available in various shapes, including cones, discs, flat plates, and straight tubes.

titanium filter tube

sintered titanium powder tube

Products parameters

Material: high-purity titanium powder

Filtration accuracy: 0.22μm-100μm

Length 50mm-1000mm, outer diameter φ8, φ16, φ20, φ30-100mm

Porosity: 35-40%

Compressive strength: 0.5-1.5Mpa

Temperature resistance: ≤300°C (wet state)

Working pressure difference: 0.6Mpa

Interface form: flat type, plug-in type (222 types, 226 types), thread, etc., the interface can be customized

Products features

1. Pore size and porosity are adjustable;

2. The powder filter element has a long service life due to its high air permeability, outstanding filtration efficiency, homogeneous wall thickness and stiffness, stable permeability coefficient, and regeneration capability after use;

3. Be able to conduct both heat and electricity;

4. Thermal shock resistance, low-temperature resistance, and high-temperature resistance;

Products Applications

1. The concentration matching link of equipment filtration in the pharmaceutical industry, drying three-in-one filter components, gas filtration and impurity removal, and filter elements for decarbonization and filtration of security filters, etc.

2. Impurity removal and water filtration in the production of raw materials and liquid medicines in the chemical industry, decarbonization filtration, and fine filtration of materials.

3. In the water treatment industry, the ultrafiltration, RO, and EDI system's pre-security filter filters and remove impurities, filters after ozone sterilization, and ozone aeration.

4. In the food industry, Chinese and German beverage filters, liquor beer, and mineral water are used for clarification and impurity removal.

5. Precision filtration of chemical liquid products, liquid raw materials, etc. in fine chemicals, power plants, and steel mills, filtration, recovery of ultra-fine particles and catalysts, precision filtration after resin adsorption, etc.

6. In terms of gas purification, it mainly includes the filtration and recovery of steam, ultrafine fine particles and catalysts, the purification and filtration of catalytic gases, and the precision filtration of the generated resin after adsorption.