Capital HPLC

Preparative Liquid Chromatography Stationary Phases and Columns

Preparative Liquid Chromatography Stationary Phases and Columns

Preparative column chromatography is a separation and purification method that
plays an important role in purifying value compounds in research, pilot plant operation
and production.

This method can be used not only to purify substances to a high extent, but to do this in
a rapid and economical way. In practice, standardised Stationary Phases
are required. These provide a high degree of method reliability, direct transfer from
analytical scale and optimised throughput per time.

Only silica gels with a defined pore structure fulfill the requirements of chromatography.
Smaller sized irregular and spherical silica gels are often packed into packing stands to
achieve a high performance preparative chromatography.
Capital HPLC Limited is a specialist in the manufacture of standardized silica gel
packing materials for preparative chromatography. We therefore offer a wide
range of customized Stationary phases. The product range is rounded off by several
special stationary phases, e.g. silica gels of the type Optimal Range or highly purified
acid-washed silica gels. Such gels give you unique method reliability. Regardless of
which chromatography process is used (HPTLC, HPLC or preparative chromatography),
direct and rapid transfer to production scale is ensured and poses no
risks. This is due to the fact that identical raw materials are used for all the relevant
product lines, thus providing identical chromatographic selectivity.

Same Selectivity

 
Same Selectivity from analytical to preparative scale

Same-Selectivity

 

Mechanical Stability

As nowadays DAC (Dynamic Axial
Compression) columns are widely used for
preparative separations, special attention
has to be paid to the mechanical stability of
the silica used. A test procedure using
repeated packing and unpacking is reported
in the literature. In this test Optimal SP-P
packings show strong mechanical stability
and appear to be suitable for such DAC
columns.

       

Change of back pressure against repeated packing
Conditions:
Silica Gel: spherical, 120Å, 10μm, ultra pure
Column: DAC column (50mm diameter)
Bed Length: 23cm (200g of silica gel)
Flow rate: 150ml/min
Mobile phase: 2-propanol
Piston pressure: 10MPa (=100 bar)

 

 

    

 

Particle size distribution

Preparative grade packing materials in the
past have had a wide particle distribution.
The advantage of the Optimal SP-P series
packing material for preparative
chromatography enables higher column
efficiencies and lower operating pressure
due to its narrow particle size distribution.

 

    

Better flow characteristics

 
The narrow particle size distribution of the
Optimal SP-P packing provides better flow
characteristics, improved column efficiency
and longer column life.

 

 

        

The range of semi-preparative and preparative columns offered by Capital HPLC is as
follows:

 

Optimal Preparative Columns

Optimal Preparative Columns

 

 

                  OrderCode                       Description

5SA110-10      10cmSilicaOptimal®Column10.0mm id,5µm

5SA115-10      15cmSilicaOptimal®Column10.0mm id,5µm

5SA125-10      25cmSilicaOptimal®Column10.0mm id,5µm

5SA110-20      10cmSilicaOptimal®Column20.0mm id,5µm

5SA115-20      15cmSilicaOptimal®Column20.0mm id,5µm

5SA125-20      25cmSilicaOptimal®Column20.0mm id,5µm

5SF110-10      10cmC8Optimal®Column10.0mm id,m

5SF115-10      15cmC8Optimal®Column10.0mm id,m

5SF125-10      25cmC8Optimal®Column10.0mm id,m

5SF110-20      10cmC8Optimal®Column20.0mm id,m

5SF115-20      15cmC8Optimal®Column20.0mm id,m

5SF125-20      25cmC8Optimal®Column20.0mm id,m

5SG110-10      10cmODS-HOptimal®Column10.0mmid,5µm

5SG115-10      15cmODS-HOptimal®Column10.0mmid,5µm

5SG125-10      25cmODS-HOptimal®Column10.0mmid,5µm

5SG110-20      10cmODS-HOptimal®Column20.0mmid,5µm

5SG115-20      15cmODS-HOptimal®Column20.0mmid,5µm

5SG125-20      25cmODS-HOptimal®Column20.0mmid,5µm

5SH110-10      10cmODS-LOptimal®Column10.0mmid,5µm

5SH115-10      15cmODS-LOptimal®Column10.0mmid,5µm

5SH125-10      25cmODS-LOptimal®Column10.0mmid,5µm

5SH110-20      10cmODS-LOptimal®Column20.0mmid,5µm

5SH115-20      15cmODS-LOptimal®Column20.0mmid,5µm

5SH125-20      25cmODS-LOptimal®Column20.0mmid,5µm



 

Inertsil Preparative Columns

Inertsil Preparative Columns

 

 

                OrderCode                       Description

5MF110-10                      10cmC8InertsilHPLCColumn10.0mm id,5µm

5MF115-10                      15cmC8InertsilHPLCColumn10.0mm id,5µm

5MF125-10                      25cmC8InertsilHPLCColumn10.0mm id,5µm

5MF110-20                      10cmC8InertsilHPLCColumn20.0mm id,5µm

5MF115-20                      15cmC8InertsilHPLCColumn20.0mm id,5µm

5MF125-20                      25cmC8InertsilHPLCColumn20.0mm id,5µm

5MG110-10                     10cmODS-2InertsilHPLCColumn10.0mmid,5µm

5MG115-10                     15cmODS-2InertsilHPLCColumn10.0mmid,5µm

5MG125-10                     25cmODS-2InertsilHPLCColumn10.0mmid,5µm

5
MG110-20                     10cmODS-2InertsilHPLCColumn20.0mmid,5µm      
                 

5MG115-20                     15cmODS-2InertsilHPLCColumn20.0mmid,5µm

5MG125-20                     25cmODS-2InertsilHPLCColumn20.0mmid,5µm

5020-5u-ODS3-46-50        5cmInertsilODS3Column10.0mmid,5µm

5020-01732                     25cmODS3InertsilColumn10.0mmid,5µm

5020-5u-ODS3-46-50        5cmInertsilODS3Column20.0mmid,5µm

5020-01732                     25cmODS3InertsilColumn20.0mmid,5µm

5020-07015                     5cmInertsilODS3Column30.0mmid,5µm

5020-06832                     25cmODS3InertsilColumn30.0mmid,5µ

5020-06852                     25cmODS3InertsilColumn50.0mmid,5µm



 

Hypersil Preparative Columns

Hypersil Preparative Columns

 

 

         OrderCode                       Description

5AF110-10            10cmMOSHypersilHPLCColumn10.0mmid,5µm

5AF115-10            15cmMOSHypersilHPLCColumn10.0mmid,5µm

5AF125-10            25cmMOSHypersilHPLCColumn10.0mmid,5µm

5AF110-20            10cmMOSHypersilHPLCColumn20.0mmid,5µm

5AF115-20            15cmMOSHypersilHPLCColumn20.0mmid,5µm

5AF125-20            25cmMOSHypersilHPLCColumn20.0mmid,5µm

5AG110-10.0         10cmODSHypersilHPLCColumn10.0mmid,m

5AG115-10.0         15cmODSHypersilHPLCColumn10.0mmid,m

5AG125-10.0         25cmODSHypersilHPLCColumn10.0mmid,m

5AG110-10.0         10cmODSHypersilHPLCColumn20.0mmid,m

5AG115-10.0         15cmODSHypersilHPLCColumn20.0mmid,m

5AG125-10.0         25cmODSHypersilHPLCColumn20.0mmid,m

5AX110-10            10cm C8-BDSHypersilColumn10.0mmid,m

5AX115-10            15cm C8-BDSHypersilColumn10.0mmid,m

5AX125-10            25cm C8-BDSHypersilColumn10.0mmid,m

5AX110-20           10cm C8-BDSHypersilColumn20.0mmid,m

5AX115-20           15cm C8-BDSHypersilColumn20.0mmid,m

5AX125-20            25cm C8-BDSHypersilColumn20.0mmid,m

5AZ110-10            10cm C18-BDS HypersilColumn10.0mmid,5µm

5AZ115-10            15cm C18-BDS HypersilColumn10.0mmid,5µm

5AZ125-10            25cm C18-BDS HypersilColumn10.0mmid,5µm

5AZ110-20            10cm C18-BDS HypersilColumn20.0mmid,5µm

5AZ115-20            15cm C18-BDS HypersilColumn20.0mmid,5µm

5AZ125-20            25cm C18-BDS HypersilColumn20.0mmid,5µm