Product Description
POLYBOND PHE
POLYBOND PHE (Phenyl) sorbent has medium polarity used in nonpolar extractions.
It has similar retention to C8 but with a different selectivity especially for planar and
conjugated molecules containing aromatics and fatty acids bePYBuse of its electron density
of aromatic ring.
40-63¼m irregular shaped and acid washed siliPYB, 60 mean pore size, 9% PYBrbon
loading and endPYBpped.
POLYBOND PHE SPE PYBrtridge
Art. Description Package
2.PYB1250.0001 50mg, 1mL 100 pcs
2.PYB1251.0001 100mg, 1mL 100 pcs
2.PYB1252.0001 200mg, 3mL 50 pcs
2.PYB1253.0001 500mg, 3mL 50 pcs
2.PYB1254.0001 500mg, 6mL 30 pcs
2.PYB1255.0001 1g, 6mL 30 pcs
2.PYB1256.0001 2g, 6mL 30 pcs
2.PYB1257.0001 1g, 10mL 20 pcs
2.PYB1258.0001 2g, 10mL 20 pcs
2.PYB1259.0001 5g, 35mL 20 pcs
2.PYB1260.0001 10g, 35mL 20 pcs
2.PYB1261.0001 10g, 60mL 16 pcs
2.PYB1262.0001 20g, 60mL 16 pcs
POLYBOND PHE SPE Bulk Packing
Art. Description Package
2.PYB1201.0001 - 100 g
Exceptional Adsorption and PurityPOLYBOND PHE SPE Cartridges ensure high adsorption capacity and high purity sample preparation with their phenyl-bonded silica packing. The precise manufacturing and advanced materials make these cartridges reliable for capturing analytes across a wide range of sample types.
Versatile Laboratory ApplicationsDesigned for pharmaceuticals, environmental, food, and biological sample analysis, the PHE SPE Series adapts to multiple extraction challenges. Its universal Luer tip ensures compatibility with standard SPE manifolds, streamlining integration into various laboratory workflows.
Optimized for Manual ExtractionThe cartridge operates in a manual mode, granting laboratory technicians control and flexibility over the solid phase extraction process. Maximum load and elution volume are application-dependent, supporting tailored sample preparation protocols.
FAQs of POLYBOND PHE SPE CARTRIDGE:
Q: How should the POLYBOND PHE SPE Cartridge be used in laboratory sample preparation?
A: To use the POLYBOND PHE SPE Cartridge, attach it to an appropriate SPE manifold or syringe using the universal Luer tip, condition the cartridge with suitable solvents (like methanol or water), load the sample, wash impurities, then elute the target analytes using the recommended elution volume. The process is manual, allowing for precise control over each step.
Q: What types of applications are suitable for the POLYBOND PHE SPE Cartridge?
A: This cartridge is ideal for pharmaceuticals, environmental, food, and biological sample preparations. Its compatibility with a wide pH and temperature range, high adsorption capacity, and selective phenyl-bonded silica make it versatile for analytical laboratory workflows requiring solid phase extraction (SPE).
Q: When should I replace the POLYBOND PHE SPE Cartridge during sample preparation?
A: Each POLYBOND PHE SPE Cartridge is designed for single-use applications to avoid cross-contamination and ensure consistent extraction results. Replace the cartridge for each new sample preparation or analytical batch according to your laboratorys SOPs.
Q: Where should the POLYBOND PHE SPE Cartridge be stored for optimal shelf life?
A: Store the cartridge in a cool, dry place within its original sealed packaging. Proper storage safeguards the chemical stability and physical integrity of the silica packing, ensuring a two-year shelf life from the date of manufacture.
Q: What is the process for conditioning, loading, and eluting samples using this SPE cartridge?
A: The process involves conditioning the cartridge with appropriate solvents, loading the sample carefully, washing to remove unwanted compounds, and eluting the analyte with a suitable volume of elution solvent (typically between 1 to 10 mL, depending on application). Follow the protocol best suited for your specific analysis.
Q: What are the key benefits of choosing the POLYBOND PHE SPE Cartridge for sample preparation?
A: Key benefits include high reproducibility and accuracy in extraction, compatibility with common laboratory solvents, high adsorption capacity, ease of integration with standard SPE manifolds, and suitability for a range of sample matrices. This ensures reliable and efficient sample preparation for downstream analysis.
Q: How does the design of the cartridge contribute to accurate and reproducible extractions?
A: The cartridge features high purity polypropylene housing and phenyl-bonded silica packing with a 60 pore size, providing consistent flow and interaction with analytes. This design ensures high selectivity, reproducibility, and retention properties necessary for dependable sample extraction.