Polyethersulfone (PES) Syringe Filters, PFAS-Free, 0.45 Micron, 13mm, 100/Pk
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PFAS-Free Specifications
Abluo Syringe
- Housing injected in Polypropylene or Acrylic
- Multifunctional Syringe Filters: equipped with luer-lock or luer-slip male connections for different applications
- Accurate labeling: each filter is labeled with the specific filter material and pore size for easy identification even if the syringe filter is not in its original Packaging
- Quick and efficient filtration of samples and all kind of solutions, solvents or gases
- Sterile: No
Supreme Syringe
- Membrane Diameter: 25 mm
- Effective Filtration Area: 4.63 cm²
- Housing Diameter: 30 mm
- Housing Materials: Clear Polypropylene
- Maximum Operating Temperature: 90°C / 194°F
- Maximum Operating Pressure: 75 psi
- Shelf Life (normal conditions): 3 years
Membrane Solutions
- High removal rating, with pore sizes showing an almost normal distribution.
- Gradient distribution of pore sizes (from large to small), enabling multi-level interception of contaminants.
- High flux, high mechanical strength, and high flow rate.
- Low extractables and low protein adsorption.
- Excellent resistance to high temperatures, acids, and alkalis.
PFAS are often referred to as “forever chemicals” because of their extreme persistence in the environment. Their strong carbon–fluorine bonds make them resistant to heat, water, oil, and degradation—properties that have driven their widespread use in modern products, including:
- Food packaging and non-stick cookware
- Cosmetics and stain-resistant fabrics
- Firefighting foams
- Industrial manufacturing and surface treatments
However, their durability also poses serious challenges. PFAS have been detected in soil, air, and water systems worldwide, leading to increasing concern about their potential impacts on human health and the environment.
Why Testing for PFAS-Free Materials Matters
As research continues to link PFAS exposure with adverse health effects, the global scientific and regulatory community has intensified efforts to monitor and control these substances. Accurate quantification of PFAS at trace concentrations (ng/L to pg/L levels) is critical for compliance with emerging regulations and to ensure public and environmental safety.
Sectors most affected include:
- Waste and water infrastructure – monitoring industrial effluents, landfill leachates, and public water systems
- Environmental testing – detecting PFAS in soil, air, and groundwater
- Consumer product manufacturing – verifying “PFAS-free” claims in packaging, textiles, and cosmetics
Because even trace contamination can have major regulatory implications, confidence in analytical results—ensuring that data is accurate, representative, and free from cross-contamination—is essential for both regulatory compliance and public trust.
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