Sintered titanium rod filter for air filtration

Sintered titanium rod filter for air filtration is a kind of industrial high-purity titanium powder as raw material, which is sintered at high temperature and high vacuum.

TopTiTech manufactures sintered metal powder filter cartridges in a wide range of materials, sizes and connections to meet the characteristics and configurations that customers need. 
Sintered porous metal filters are manufactured from isostatic cool pressing and high temperature vacuum sintering. The micron rating and distribution of the pores can be controlled by the metal powder. They are ideal choice for process filtration applications where high strength and excellent corrosion and temperature resistance are required. 

Parameter

Product name: sintered titanium rod filter for air filtration
Accuracy:0.22um－100um
Length: 10″, 12″, 20″, 30″
Outer diameter: φ30mm, φ0mm, φ60mm
Filter element interface: Threaded type (M20, M30, M36, M42, etc.), 222 type, 226 type
Working temperature:≤300℃(wet state)
High pressure difference: 0.6Mpa
Water flow: >600L/H (10″ filter element)

Features
1. High strength, good mechanical properties
2. High temperature and pressure resistance
3. Corrosion resistance
4. High permeability
5. Cleanable
6. Uniform pore distribution
7. Smooth outer surface
8. No unloading or shedding
9. Defined permeability and particle retention

Applications:
－Chemical & Petrochemical Industry

Corrosive liquids & gases

Air, nitrogen, carbon dioxide, argon

High temperature liquids, gases

Catalyst retention

Fluid bed reactors

Process steam

Cryogenic fluids

Solvents, ethylene glycol, polymers

－Pharmaceutical Industry

Flow control devices for medical equipment

Liquid drug delivery

Oxygenation for bioreactors

Fluid cooling filters

－Food & Beverage Industry

Carbon removal for decolorization operations

Bleaching clay filtration

Process steam filtration

－Instruments

Chromatography solvents

 HPLC inlet protection

 In-line filtration

－Gas-Liquid contacting/sparging

Carbonation

Oxygenation

Aeration

Hydrogenation

Dewatering Oil