Titanium powder sintered porous filter disc for Medical filtration and separation

Product Description

1、Titanium sintering porous materials       



Titanium sintered porous material is a kind of porous material with high quality spherical and high purity titanium powder



as raw material and it is made rigid by forming and sintering at high temperature.



2.Features of titanium sintered porous materials:



Titanium sintered porous materials have the characteristics of low density, high specific strength, good corrosion resistance and good biocompatibili



3.Properties of titanium sintered porous materials：

 

• Pore diameter uniformity, pore stability, high separation efficiency.
• High porosity, low filtration resistance and high permeability.
• Good chemical stability, acid and alkali corrosion resistance, oxidation resistance.
• Morphological stability, no particle shedding,comply with food hygiene and pharmaceutical GMP requirements.                                                 
• Good mechanical properties, low differential pressure, large flow.
• Strong anti-microbial ability, does not interact with microorganisms.
• Online regeneration, easy cleaning, long service life.
• Excellent biocompatibility, can be widely used in biological, food, pharmaceutical, medical industry.
• Excellent electromagnetic shielding performance.
• Good damping and shock resistance.

• Decarburization filtration of pharmaceutical liquids.
• Electrolytic gas industry precision filtration, gas distribution.
• The medical industry makes biological implants.
• Water treatment industry odor sterilization filtration and ozone aeration.
• Clarification and filtration in food and beverage processing.
• Prefiltration of reverse osmosis system for electronics industry.
• Terminal filtration of petroleum products in petrochemical industry and filtration of carbonic alkali liquid in chemical industry.
• High pressure air filtration in aerospace industry.
• The electrode matrix of a fuel cell.
• Catalyst carrier in gas and liquid catalytic reactions.