Pure Titanium

Ti Sintered Powder Filter Element

Grade 2 titanium powder, pressed and vacuum-sintered into a porous filter element. Confirm chemical compatibility for the actual fluid, concentration, temperature and operating conditions before ordering.

0.22–100 µmFilter rating
400 °CMax operating temp
≈ 0.6 MPaMax pressure (typical)
CoCTest data on request
Filter Cartridge

Ti Sintered Powder Filter Element

Grade 2 titanium powder, pressed and vacuum-sintered into a porous filter element. Confirm chemical compatibility for the actual fluid, concentration, temperature and operating conditions before ordering.
Material
Pure Titanium
Filter rating
0.22 – 100 µm
Porosity
30 – 45%
Max pressure
≈ 0.6 MPa typical (wall-thickness dependent)
Max temperature
400 °C max (not recommended above)
Standard
GB/T 6887-2007

Pharmaceutical and food-contact suitability must be assessed for the finished component and intended use. Material grade alone does not establish biocompatibility or regulatory compliance; agree the required evidence before ordering.

Connection options include DOE, 222/226 O-ring connections, M20/M30 threads, 1-inch NPT and fin-end configurations, subject to the agreed drawing. Confirm the housing dimensions, seals and pressure rating before ordering. A connection code alone does not establish interchangeability with a particular cartridge or bag-filter housing.

Technical Specifications

Ti Sintered Powder Filter Element — Full Specification

Properties & Performance
Material
Pure Titanium
Filter rating
0.22 – 100 µm
Porosity
30 – 45%
Permeability
3 – 800 m³/(m²·h·kPa)
Max pressure
≈ 0.6 MPa typical (wall-dependent)
Max temperature
400 °C max
Specific surface
10 – 40 cm²/cm³
Standard
GB/T 6887-2007
Dimensions & Configuration
Tube OD
φ14 – φ200 mm
Tube length
100 – 1,200 mm
Wall thickness
2 – 10 mm
Custom dims
Yes — to customer drawing
Chem. resistance
Compatibility review required
End connections
DOE · 222/226 · M20/M30 · 1″ NPT · Fin
O-ring / Gasket
Silicone · Buna-N · EPDM · PTFE; others on request
Surface finish
Standard sintered; external polish on request
Product Features

What Sets Titanium Sintered Elements Apart

Material Compatibility

Confirm material compatibility for the actual medium, concentration, temperature and operating conditions before ordering. Titanium is not specified here as universally resistant to hydrochloric or sulfuric acid.

All-Metal Titanium Structure

No binder or polymer filtration layer is used in the structure. For pharmaceutical or food-contact service, material suitability and extractables expectations should be reviewed within the end user's own validation process.

Backwashable and Regenerable

Select cleaning chemistry, temperature and reverse-flow pressure for the material and deposited contaminants. Reuse depends on inspection and agreed performance checks after cleaning; unchanged structure or unlimited regeneration is not guaranteed.

Custom Porosity and Dimensions

Porosity 30–45% and pore size 0.22–100 µm adjustable by specification. Disc or plate formats for electrolyzer stack dimensions on request.

Standard Cartridge End-Cap Options

DOE (double open end), 222/226 O-ring quick-connect, M20 or M30 threaded end, 1″ NPT, and fin-end configurations — all to customer specification.

Stable to 400 °C (typical) — No Polymer Degradation

The all-metal structure holds its pore size and outer dimensions under continuous high-temperature service, not recommended above 400 °C. Actual limit depends on alloy, atmosphere, and mechanical load. Polymer cartridge media typically degrades above 50 °C, and even PTFE elements distort under 0.2 MPa external load once temperatures pass 120 °C.

Applications

Where Titanium Sintered Elements Are Specified

PEM / PEMWE Porous Transport Layer

Titanium PTL suitability must be verified for the cell design, electrolyte, electrode potential and temperature. The material name alone does not establish acid resistance or service life.

1–10 µm · 30–45% porosity · Custom

Pharmaceutical API Filtration

Pharmaceutical and food-contact suitability must be assessed for the finished component and intended use. Material grade alone does not establish biocompatibility or regulatory compliance; agree the required evidence before ordering.

0.5–5 µm · Application validation required

Desalination Pre-filtration

Pre-filter upstream of RO membranes in seawater and brackish-water desalination. Titanium resists chloride pitting that shortens SS element life.

5–20 µm · Seawater-grade Ti

Chlor-alkali Filtration

Filter elements for brine and chlorine service in chlor-alkali plants — environments where 316L and even duplex SS fail by pitting and crevice corrosion.

1–10 µm · Wet chlorine service

Ozone Aeration — Water Treatment

Titanium diffuser tubes and discs for ozone injection in municipal water treatment. Corrosion-resistant in oxidising ozone/water environment.

5–50 µm · Ti tubes/discs · Custom

Food and Beverage Clarification

Commonly specified for beverage, dairy, and brewing filtration where titanium compatibility is preferred. CIP suitability and documentation requirements should be confirmed for the actual process.

1–10 µm · CIP review · Ti

Clean-Steam and Hot-Gas Filtration

All-metal structure withstands continuous steam and hot-gas service to 400 °C without the dimensional change seen in polymer or PTFE elements — used for clean-steam filtration in fermentation and sterile-utility lines.

1–10 µm · ≤ 400 °C steam service

Standard 10" Cartridge for Housing Retrofit

Φ60 × 254 mm cartridge format with 222/226 quick-connect or M20/M30 threaded ends — a drop-in replacement for polymer cartridges in standard housings. Collapse pressure ≥ 3.5 MPa; internal burst ≥ 0.6–1 MPa depending on pore rating.

0.45–50 µm · Φ60×254 mm · 222/226

Request Specifications or a Quote

Specify your pore size, porosity, and format (tube / disc / plate). We will confirm dimensions, lead time, and available certifications.

FILTURE is a supplier and exporter of sintered metal filter elements — parts are made to order and shipped worldwide.