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SiliaSphere PC - Bulk Spherical Silica Gels for Preparative Chromatography

SiliaSphere PC - Bulk Spherical Silica Gels for Preparative ChromatographyIn preparative and process chromatography the cost is very important and the use of spherical particles with narrow particle size distribution is very expensive. It is possible in this case to use irregular or angular silica but the separation will not be as optimal. SiliCycle has added a very efficient material for preparative chromatography, the SiliaSphere PC spherical silica gels. These products have a very high chemical and mechanical stability. They also have the advantage to operate with very low backpressures. Furthermore, they are being offered at a very affordable price.

Advantages of using the SiliaSphere PC materials over standard silica gels:

  • Increased efficiency of the eluent's flow characteristics
  • Better resolution
  • Ease of packing
  • Very high specific surface area
  • High mechanical stability under higher pressures


Various pore sizes are available in a wide range of particle size (20 to 200 µm).

Click on any of the following for more information about...

Preparative SiliaSphere PC Product Listing (Preparative Chromatography)

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  1. SiliaSphere™ PC, 50 µm, 60 Å

    SiliaSphere™ PC, 50 µm, 60 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  2. SiliaSphere™ PC, 75 µm, 60 Å

    SiliaSphere™ PC, 75 µm, 60 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  3. SiliaSphere™ PC, 100 µm, 60 Å

    SiliaSphere™ PC, 100 µm, 60 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  4. SiliaSphere™ PC, 150 µm, 60 Å

    SiliaSphere™ PC, 150 µm, 60 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  5. SiliaSphere™ PC, 200 µm, 60 Å

    SiliaSphere™ PC, 200 µm, 60 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  6. SiliaSphere™ PC, 20-45 µm, 70 Å

    SiliaSphere™ PC, 20-45 µm, 70 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  7. SiliaSphere™ PC, 40-75 µm, 70 Å

    SiliaSphere™ PC, 40-75 µm, 70 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  8. SiliaSphere™ PC, 75-200 µm, 70 Å

    SiliaSphere™ PC, 75-200 µm, 70 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  9. SiliaSphere™ PC, 200-500 µm, 70 Å

    SiliaSphere™ PC, 200-500 µm, 70 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  10. SiliaSphere™ PC, 20-45 µm, 100 Å

    SiliaSphere™ PC, 20-45 µm, 100 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  11. SiliaSphere™ PC, 40-75 µm, 100 Å

    SiliaSphere™ PC, 40-75 µm, 100 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  12. SiliaSphere™ PC, 75-200 µm, 100 Å

    SiliaSphere™ PC, 75-200 µm, 100 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  13. SiliaSphere™ PC, 200-500 µm, 100 Å

    SiliaSphere™ PC, 200-500 µm, 100 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  14. SiliaSphere™ PC, 20-45 µm, 300 Å

    SiliaSphere™ PC, 20-45 µm, 300 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  15. SiliaSphere™ PC, 40-75 µm, 300 Å

    SiliaSphere™ PC, 40-75 µm, 300 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  16. SiliaSphere™ PC, 75-200 µm, 300 Å

    SiliaSphere™ PC, 75-200 µm, 300 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  17. SiliaSphere™ PC, 200-500 µm, 300 Å

    SiliaSphere™ PC, 200-500 µm, 300 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  18. SiliaSphere™ PC, 20-45 µm, 500 Å

    SiliaSphere™ PC, 20-45 µm, 500 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  19. SiliaSphere™ PC, 40-75 µm, 500 Å

    SiliaSphere™ PC, 40-75 µm, 500 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  20. SiliaSphere™ PC, 75-200 µm, 500 Å

    SiliaSphere™ PC, 75-200 µm, 500 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  21. SiliaSphere™ PC, 200-500 µm, 500 Å

    SiliaSphere™ PC, 200-500 µm, 500 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  22. SiliaSphere™ PC, 20-45 µm, 1,000 Å

    SiliaSphere™ PC, 20-45 µm, 1,000 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  23. SiliaSphere™ PC, 40-75 µm, 1,000 Å

    SiliaSphere™ PC, 40-75 µm, 1,000 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  24. SiliaSphere™ PC, 75-200 µm, 1,000 Å

    SiliaSphere™ PC, 75-200 µm, 1,000 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.
  25. SiliaSphere™ PC, 200-500 µm, 1,000 Å

    SiliaSphere™ PC, 200-500 µm, 1,000 Å

    Increased efficiency of eluent’s flow characteristics, improved resolution between sample compounds and ease of packing.

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