SiliCycle COVID-19 Statement

Follow SiliCycle on Facebook Follow SiliCycle on Twitter Follow SiliCycle on LinkedIn Watch our videos on Youtube

Bulk C4 Spherical Silica Gels

> back to SiliaSphere Bonded Spherical Silica Gels

13 Item(s)

Set Descending Direction
per page

List  Grid 

  1. SiliaSphere Spherical Silica Gel, C4 monomeric, 1.8 µm, 100 Å (S32701E-A)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 1.8 µm, 100 Å (S32701E-A)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  2. SiliaSphere Spherical Silica Gel, C4 monomeric, 2.2 µm, 100 Å (S32702E-A)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 2.2 µm, 100 Å (S32702E-A)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  3. SiliaSphere Spherical Silica Gel, C4 monomeric, 2.2 µm, 80 Å (S32702F-A)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 2.2 µm, 80 Å (S32702F-A)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  4. SiliaSphere Spherical Silica Gel, C4 monomeric, 3 µm, 60 Å (S32703B)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 3 µm, 60 Å (S32703B)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  5. SiliaSphere Spherical Silica Gel, C4 monomeric, 3 µm, 100 Å (S32703E-A)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 3 µm, 100 Å (S32703E-A)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  6. SiliaSphere Spherical Silica Gel, C4 monomeric, 3 µm, 300 Å (S32703M)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 3 µm, 300 Å (S32703M)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  7. SiliaSphere Spherical Silica Gel, C4 monomeric, 5 µm, 60 Å (S32705B)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 5 µm, 60 Å (S32705B)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  8. SiliaSphere Spherical Silica Gel, C4 monomeric, 5 µm, 100 Å (S32705E-A)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 5 µm, 100 Å (S32705E-A)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  9. SiliaSphere Spherical Silica Gel, C4 monomeric, 5 µm, 300 Å (S32705M)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 5 µm, 300 Å (S32705M)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  10. SiliaSphere Spherical Silica Gel, C4 monomeric, 10 µm, 60 Å (S32707B)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 10 µm, 60 Å (S32707B)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  11. SiliaSphere Spherical Silica Gel, C4 monomeric, 10 µm, 100 Å (S32707E-A)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 10 µm, 100 Å (S32707E-A)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  12. SiliaSphere Spherical Silica Gel, C4 monomeric, 10 µm, 300 Å (S32707M)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 10 µm, 300 Å (S32707M)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).
  13. SiliaSphere Spherical Silica Gel, C4 monomeric, 10 µm, 1,000 Å (S32707T)

    SiliaSphere Spherical Silica Gel, C4 monomeric, 10 µm, 1000 Å (S32707T)

    Less retention than C18 and C8. Widely used for molecules, such as peptides, proteines and zwitterions (in 300 Å).

13 Item(s)

Set Descending Direction
per page

List  Grid