Pall Acrodisc Glass Fiber (GF) Syringe Filters, 0.7 µm, 25 mm - AP-4140
Pall applies its proprietary membrane manufacturing capabilities, integrating specialized media into the Acrodisc housing geometry. Syringe filters give the analyst a single-use device for clarifying samples right at the bench. Glass microfiber holds structural integrity through high-temperature conditioning cycles and resists chemical attack across diverse solvents. The PP housing prevents sample bypass under rated operating pressure while sustaining efficient flow on viscous samples and resists degradation from routine sample matrices. When sterile or particle-free preparation matters at the bench, the syringe filter delivers it with minimal added handling.
Technical Specifications
- Biologically inert borosilicate fiber with broad chemical compatibility
- Nominal depth retention with high dirt-loading capacity
- Inorganic construction suits demanding sample-preparation chemistries
- Naturally hydrophilic surface wets rapidly with aqueous samples
- Withstands high-temperature pre-conditioning up to 500°C
Housing Specifications
- Thermal-bonded construction keeps adhesives out of the fluid path
- Medical-grade polypropylene with broad chemical compatibility
- Low extractable contribution protects sensitive downstream analyses
- Resists aqueous acids, bases, and alcohols in routine sample prep
Filtering buffers, reagents, and aqueous samples keeps your preparation moving and consistent. Consistent aqueous clarification keeps your sample preparation moving from the first sample of the day through the last. Connect with our customer support technicians for chemical compatibility guidance and the right filtration product for your workflow.
For more information about chemical compatibility, please review our Chemical Compatibility Chart.
- Grade
- 55
- Material
- Glass Fiber (GF)
- Pore Size (µm)
- 0.7
- Sterility
- Nonsterile
- Wettability
- Hydrophilic
- Analytical Prep - Ensures high-quality filtrates for sensitive downstream analysis, minimizing background noise during data generation.
- Instrument Protection - Extends the operational life of analytical columns and detectors by removing damaging micro-particulates from samples.
- Routine Filtration - Streamlines daily laboratory workflows with reliable performance, reducing downtime caused by instrument clogging.
- Lab Efficiency - Optimizes workflow speed through consistent flow performance, letting researchers process multiple samples efficiently.
- Quality Control - Delivers consistent particle retention to ensure reproducibility in critical daily laboratory testing protocols today.
- Sample Clarification - Facilitates rapid preparation of diverse liquid samples by removing particulates that would foul instruments.