High Purity Sediment Strainer graphics

High Purity Sediment Strainer

The High Purity Sediment Strainer is engineered to filter out particulates and debris from ultra-clean and corrosive fluid systems. Made from high-purity, chemically resistant materials such as PFA or PVDF, the strainer protects sensitive downstream components like valves, pumps, and instrumentation from clogging or damage. Its precision-molded construction ensures low particle shedding and compatibility with high-purity applications, while the cleanable and replaceable mesh element provides long-lasting performance.

Key Features of High Purity Sediment Strainer

  • High-Purity Construction: Fabricated from PFA or PVDF to ensure ultra-clean fluid contact surfaces.
  • Efficient Particle Filtration: Removes particulates from the process line to protect system components.
  • Corrosion and Chemical Resistance: Suitable for aggressive acids, alkalis, solvents, and DI water.
  • Low Pressure Drop Design: Engineered for high flow rates with minimal flow restriction.
  • Easy Maintenance: Removable mesh screen allows for inspection, cleaning, or replacement.
  • Compact and Lightweight: Ideal for cleanroom and space-constrained installations.
  • Standards Compliant: Manufactured to meet SEMI F57, FDA, and USP Class VI purity standards.
  • Cleanroom Assembly: Produced and packaged in ISO Class 100 or better environments.

Technical Information

Parameter Details
Size Range
1/4″ to 2″
Body Materials
PFA, PTFE, PVDF
Filter Element
PTFE, PFA mesh or stainless steel (fluoropolymer encapsulated)
Micron Ratings
20 µm to 200 µm (custom options available)
Connection Types
Flare, Tube End, Socket Fusion, Clamp, Spigot
Operating Pressure
Up to 100 psi at 20°C
Temperature Range
PFA/PTFE: up to 260°C PVDF: up to 150°C
Internal Surface Finish
Ra < 15 µin (0.38 µm)
Compliance Standards
SEMI F57, ASTM D3222/D3307, FDA, USP Class VI
Manufacturing Environment
ISO Class 100 or better cleanroom
Typical Applications
Pre-filtration for DI water, acid loops, solvent systems, chemical