Description
Membrane Solutions 13mm 0.22µm PES Sterile Syringe Filter
The Membrane Solutions 13mm 0.22µm PES Sterile Syringe Filter is a compact, high-quality filtration device designed for accurate filtration of small-volume aqueous solutions in laboratory and research applications.
Featuring a hydrophilic Polyethersulfone (PES) membrane, the filter provides excellent flow characteristics together with low protein and drug binding. Its 0.22µm pore size is suitable for fine filtration and the removal of particulates and microorganisms from compatible solutions.
The compact 13mm polypropylene housing is particularly well suited to smaller liquid volumes, helping to minimise product loss through a low internal hold-up volume.
Key Features
- 0.22µm PES membrane for fine filtration
- 13mm filter diameter – ideal for small-volume applications
- Hydrophilic PES membrane with excellent aqueous flow characteristics
- Low-binding membrane helps minimise loss of valuable compounds
- Supplied sterile and intended for single use
- Polypropylene (PP) housing
- Integrated PP prefilter
- Female Luer Lock inlet for a secure syringe connection
- Male Luer Slip outlet
- Low hold-up volume of less than 10µL
- Filtration area of 1.09cm²
- Designed for volumes of less than 10ml
Specifications
Manufacturer: Membrane Solutions
Brand: SimplePure
Product Code: SFPES013022S
Filter Material: Polyethersulfone (PES)
Membrane Type: Hydrophilic
Pore Size: 0.22µm
Diameter: 13mm
Housing Material: Polypropylene (PP)
Prefilter: Polypropylene (PP)
Filtration Area: 1.09cm²
Hold-Up Volume: <10µL
Recommended Throughput: <10ml
Inlet: Female Luer Lock
Outlet: Male Luer Slip
Maximum Operating Pressure: 87 psi
Maximum Operating Temperature: 60°C
Sterile: Yes
Usage: Single use
Laboratory & Research Use
The combination of a 0.22µm hydrophilic PES membrane, low hold-up volume and secure Luer Lock connection makes this filter particularly useful where precise filtration of relatively small quantities of aqueous solution is required.
The PES membrane offers a strong balance of high flow rate, low binding and chemical compatibility, making it a dependable choice for laboratory preparation, clarification and fine filtration applications.
For laboratory and research use only.
