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Sintered Titanium and Porous Titanium Foam Sheet, 20 µm Filtration Rating, 160 × 160 × 5 mm, 110 PPI, 1 Piece
Research-grade laboratory product
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LABORATORY PROCUREMENT SUPPORT
For filtration accuracy, dimensional confirmation, material compatibility or custom configuration review, contact our technical sales team.
E-MAIL: inquiry@atomfair.com
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Manufacturer: Atomfair LLC
Brand: ATOMFAIR®
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This sintered porous titanium foam sheet requires handling and service practices that prevent surface crushing and contamination. Operating pressure, media compatibility, temperature, and dimensional fit must be confirmed before installation, and service temperature should be kept at or below 300°C.
- Surface protection: Protect the porous surface from crushing and contamination during handling, assembly, and cleaning.
- Maximum service temperature: Keep the service temperature at or below 300°C to avoid exceeding the recommended operating limit.
- Media compatibility: Confirm chemical compatibility of the process medium with the titanium-based porous structure before installation.
- Cleaning method selection: Select backflushing, steam, ultrasonic, or compatible chemical cleaning according to the process medium and operating procedure.
- Assembly integration processing: Use cutting, welding, or basic machining for assembly integration if required by the installation.
These steps cover pre-installation verification, protective handling, and cleaning preparation for a sintered porous titanium foam sheet. Follow the order to preserve the porous structure and confirm compatibility with the intended service conditions.
Required Equipment: Backflushing apparatus, Ultrasonic cleaning bath, Steam cleaning unit
- Inspect the sheet
Inspect the porous sheet for crushing, contamination, deformation, or damage before installation. - Confirm specifications
Confirm that the filtration rating, pore density, dimensions, material grade, flow, pressure, and temperature meet the application requirements. - Verify media compatibility
Verify that the process medium is chemically compatible with the titanium-based porous structure. - Protect the porous faces
Handle the sheet by its edges and keep the porous faces away from hard tooling, abrasives, or load-bearing surfaces. - Choose the cleaning method
Choose a cleaning method from backflushing, steam, ultrasonic, or compatible chemical options based on the process medium and operating procedure. - Clean before service
Clean the sheet using the selected method to remove debris or process residues before installation or after service.
How does the 20 µm filtration rating relate to the 110 PPI pore density for this sintered titanium foam sheet?
The 20 µm filtration rating and 110 PPI (pores per inch) are independent parameters. The micron rating specifies the particle size retained, while PPI describes the cellular structure density. This sheet uses a 110 PPI structure with approximately 0.23 mm cell spacing and 35–45% porosity to achieve a 20 µm filtration precision, balancing flow permeability and capture efficiency.
What are the temperature and pressure limits for using this titanium foam sheet in filtration applications?
The recommended service temperature is ≤300°C. The source does not specify a maximum operating pressure; it advises reviewing operating pressure, target flow, and media compatibility before installation. The metallic porous structure offers corrosion resistance and thermal stability, but pressure limits depend on the specific assembly and media conditions.
What cleaning methods are recommended for maintaining the porous structure of this sintered titanium sheet?
Recommended cleaning methods include backflushing, steam cleaning, ultrasonic cleaning, and compatible chemical procedures. The porous surface should be protected from crushing and contamination during handling. The titanium construction supports these cleaning approaches, enabling reuse in compatible process conditions.
This 160 × 160 × 5 mm sintered porous titanium foam sheet pairs a 20 µm filtration rating with a 110 PPI cellular structure, 35–45% porosity, and approximately 0.23 mm cell spacing, providing an interconnected metallic filtration medium suited to laboratory trials in filtration, gas purification, catalyst recovery, and porous-electrode development within its ≤300°C service limit.
Positive
- Interconnected porous titanium structure: Powder-formed, high-vacuum sintered titanium provides 35–45% porosity with interconnected through-pores, supporting solid-liquid, gas-solid, and gas-liquid separation with relatively low flow resistance and uniform pore distribution.
- Corrosion-resistant and cleanable metallic media: The titanium framework provides corrosion resistance and thermal stability in compatible media, and the metallic construction can be cut, welded, or machined while supporting backflushing, steam, ultrasonic, and compatible chemical cleaning for reuse.
Trade-offs
- Thermal service limit 300°C: Recommended service temperature is ≤300°C, so the sheet cannot be used in higher-temperature filtration or thermal-management processes without verifying compatible operating conditions.
- Application-specific compatibility review needed: Media compatibility, operating pressure, temperature, target flow, and dimensional tolerance must be confirmed before quotation or installation, and both PPI and micron filtration values must be matched to the intended assembly.
Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.
To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.
Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).
