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Sintered Titanium and Porous Titanium Foam Sheet, 100 µm Filtration Rating, 100 × 200 × 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 protection from surface crushing and contamination to preserve its filtration integrity. Media compatibility, operating pressure, temperature, and flow must be reviewed before installation.
- Surface Protection: Protect the porous surface from crushing and contamination to avoid compromising the filtration structure.
- Cleaning Compatibility: Select backflushing, steam, ultrasonic, or chemical cleaning methods based on the process medium and operating procedure.
- Service Temperature Limit: Do not exceed the recommended service temperature of 300°C to prevent degradation of the porous structure.
- Media Compatibility Review: Confirm media compatibility with the titanium or titanium-alloy material before use in corrosive or reactive environments.
Proper handling and cleaning of the sintered porous titanium foam sheet preserve its filtration performance and extend service life. Follow these steps to avoid surface damage and contamination.
Required Equipment: Clean, lint-free gloves, Soft brush or ultrasonic cleaner, Backflushing or steam cleaning equipment
- Inspect the sheet
Inspect the sheet for any visible damage or contamination before installation. - Handle with care
Handle the sheet with clean, lint-free gloves to prevent surface contamination. - Install securely
Install the sheet in the filtration assembly, ensuring it is seated without crushing the porous surface. - Clean appropriately
Clean the sheet using backflushing, steam, ultrasonic, or compatible chemical methods as dictated by the process medium. - Verify performance
Verify flow and filtration performance after cleaning to confirm the sheet remains functional.
How does the 110 PPI pore density relate to the 100 µm filtration rating, and what trade-offs should be considered when matching this sheet to an assembly?
The 110 PPI (pores per inch) describes the cellular structure of the sintered titanium foam, with approximately 0.23 mm cell spacing, while the 100 µm value defines the filtration precision, i.e., the particle size retained. The Atomfair configuration note explains that both values must be reviewed together to match the sheet to an assembly’s flow and separation requirements. Higher PPI can increase surface area for filtration but may reduce open flow area, so the trade-off between filtration precision and permeability must be evaluated against the target flow rate and particle load.
What are the maximum service temperature and media compatibility constraints for this sintered titanium foam sheet?
The recommended service temperature is ≤300°C, as stated in the technical specifications. The titanium-based porous structure provides corrosion resistance and thermal stability, but media compatibility must be reviewed before installation. The product overview explicitly advises that media compatibility, operating pressure, temperature, target flow, and dimensional tolerance should be verified before quotation or use.
What cleaning and handling procedures are recommended to maintain the 100 µm filtration rating and porous structure integrity?
The handling and cleaning note instructs to protect the porous surface from crushing and contamination. Recommended cleaning methods include backflushing, steam, ultrasonic, or compatible chemical cleaning, chosen according to the process medium and operating procedure. The metallic construction can support cutting, welding, and basic machining, but the interconnected porous structure requires care to avoid debris entrapment or structural damage during handling.
This 100 × 200 × 5 mm sintered titanium foam sheet combines a 100 µm filtration rating with a 110 PPI interconnected porous structure, offering separation and flow capability up to 300 °C; media compatibility, operating pressure, and dimensional tolerance must be reviewed before installation.
Positive
- High-porosity interconnected titanium flow paths: The 110 PPI structure with 35–45% porosity and approximately 0.23 mm cell spacing yields interconnected through-pore passages for solid-liquid, gas-solid, and gas-liquid separation, supporting low flow resistance in a 100 µm filtration sheet.
- Corrosion-resistant sintered metal with cleanability: Powder-formed, high-vacuum sintered titanium/alloy construction provides corrosion resistance and thermal stability in compatible media, and the metallic structure can be cleaned by backflushing, steam, ultrasonic, or compatible chemical methods and supports cutting, welding, or basic machining.
Trade-offs
- Service temperature limited to 300 °C: Recommended service temperature is ≤300 °C; higher process temperatures require review of material grade, media compatibility, and operating conditions before installation.
- Porous surface requires crush and contamination protection: The porous surface must be protected from crushing and contamination during handling, and cleaning method should be selected by process medium and operating procedure; media compatibility, pressure, and flow must be confirmed before use.
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).
