Other Reversed Phase HPLC

Characteristics

  • Highly controlled chemistry of monolayer formation and end-capping
  • Extremely high column-to-column reproducibility
  • High selectivity and efficiency for separations
  • Full coverage bonded silica packing to achieve the exceptionally high stability

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MF-C8









MF-C8 phase is synthesized with monomeric and fully endcapped chemistry. The uniform octyl stationary phase allows high efficiency with lower hydrophobicity compared to ODS phase MF-C8 phase is suitable for separating compounds with a wide range of hydrophobicity. It is highly recommended for separating the compounds which are too strongly retained on C18 phases.

LP-C8

LP-C8 phase is made of monomeric and fully endcapped chemistry. The uniform stationary phase allows the separation to achieve high selectivity and high efficiency. LP-C8 packings of 300 A pore size are ideal for high resolution 

Mapping of peptides and separation of natural and synthetic peptides and small proteins.

MF-C4

onomeric and fully endcapped MF-packing is bonded with butyl group that leads to moderate hydrophobicity. MF-C4 columns have the great selectivity and peak symmetry with moderate retention for separations of acidic, neutral and basic organic compounds, such as pharmaceuticals, peptides and organic acids.

LP-C4

Monomeric and fully endcapped MF-C4 packing is bonded with butyl group that leads to moderate hydrophobicity. LP-C4 packings of 300A pore size are ideal for high resolution mapping of peptides and separation of natural and synthetic peptides and small proteins.

MF-Phenyl

MF-Phenyl packing materials are bonded with propyl phenyl groups that enable special interaction with ring structured compounds. The monomeric bonding chemistry gives very high efficiency and high resolution separations. MF-Phenyl phase is suitable for separations of acidic, neutral and basic organic compounds, as well as the pharmaceuticals.

Specifications

 

MF-C8

MF-C4

MF-Phenyl

LP-C8

LP-C4

Silica

Spherical, high purtity (10 ppm metals)

Pore size:

120 A

300A

300A

Particle size:

3, 4, 5, 7 and 10 μm

3.5 and 10 μm

Pore volume:

1.0 mL/g

0.9 mL/g

1.0 mL/g

Surface area:

300 /g

105 /g

Phase structure:

Monomeric and fully end-capped

% Carbon:

11%

8.0%

11%

4.0%

3.0%

Coverage:

-

-

3.0 umol/

 

-