VarioPrep columns for preparative HPLC C18 Pyramid, 5 µm
CHF 449.30*
Content:
2
Delivery according to order confirmation
Product number:
4004788
Manufacturer:
Macherey-Nagel GmbH & Co. KG
Packaging information:
Weight:
0.048 kg
Description
- Stable in 100 % aqueous eluent systems- USP L1
- Pore size 110 Å
- Interesting polar selectivity features
- Excellent base deactivation; suitable for LC/MS due low bleeding characteristics
- pH stability 1 - 9
- Ideal for: analgesics, penicillin antibiotics, nucleic acid bases, water-soluble vitamins, complexing agetns, organic acids
Properties
| Carbon content: | 14 % |
|---|---|
| Eluent in column: | Acetonitrile/water |
| Endcapped: | Yes |
| Int. Ø: | 8 mm |
| Length: | 10 mm |
| Manufacturer Article Number: | 762291.80 |
| Material column: | Stainless steel |
| Max. temperature resistance: | 60 °C |
| Method: | Preparative |
| Particle type: | Fully porous |
| Separation system: | Reverse phase |
| USP listing: | L1 |
| pH stability: | 1 ... 9 |
Skip product gallery
From
CHF 354.60*
Accessories
Macherey-Nagel GmbH & Co. KG
Macherey-Nagel GmbH & Co. KG
VarioPrep guard column holders and replacement parts
VarioPrep columnscolumn system for preparative HPLC manufactured from stainless steel with two adjustable end fittings, allows compensation of a dead volume, which could result at the column inlet after some time of operation, without need for opening the column, packed with NUCLEODUR® and NUCLEOSIL® spherical silica.O-rings available on request.
Skip product gallery
EC analytical columns NUCLEODUR® 100-5 C18 ec, 5 µm
From
CHF 297.30*
VarioPrep preparative columns NUCLEODUR® C18 Pyramid
Price on request
VarioPrep columns for preparative HPLC NUCLEODUR® Sphinx RP, 5 µm
From
CHF 449.30*
VarioPrep preparative columns NUCLEODUR® C18 Isis
From
CHF 2,448.20*
EC analytical columns NUCLEODUR® 100-5 C8 ec, 5 µm
From
CHF 297.30*
Similar products
Available with medium density octadecyl (C18 - USP L1) and octyl (C8 - USP L7) modification pore size 110 Å, particle sizes 3 µm and 5 µm; 7 µm, 10 µm, 12 µm, 16 µm, 20 µm, 30 µm und 50 µm for preparative separations on request for daily routine analysis and up-scaling for preparative HPLC, pH stability 1 - 9. Carbon content 17.5 % C for C18, 10.5 % C for C8, high reproducibility from lot to lot for standard routine applications in reversed phase chromatography.Octadecyl phases, 17.5 % C, particle size 5 µm.
Stable in 100 % aqueous eluent systems- USP L1Pore size 110 ÅInteresting polar selectivity featuresExcellent base deactivation; suitable for LC/MS due low bleeding characteristicspH stability 1 - 9Ideal for: analgesics, penicillin antibiotics, nucleic acid bases, water-soluble vitamins, complexing agetns, organic acidsParticle size 5 µm, 14 % C
Distinct selectivity based on bifunctional surface coverage - USP L1 and USP L11Pore size 110 ÅHigh density of covalently bonded silanes for tailing-free peaks widens the scope for method developmentpH stability 1 - 10Suitable for LC/MS due low bleeding characteristicsHigh reproducibility and consistent quality due to tight QC proceduresRange of application: quinolone antibiotics, sulfonamides, xanthines, substituted aromaticsVarioPrep guard columns require a VP guard column holder.
C18 phase with special polymeric, crosslinked surface modification - USP L1Pore size 110 ÅHigh steric selectivityOutstanding surface deactivationSuitable for LC/MS due low bleeding characteristicspH stability 1 - 10Broad range of application: steroids, (o,p,m-) substituted aromatics, fat-soluble vitaminsParticle size 5 µm, 20 % C
Available with medium density octadecyl (C18 - USP L1) and octyl (C8 - USP L7) modification pore size 110 Å, particle sizes 3 µm and 5 µm; 7 µm, 10 µm, 12 µm, 16 µm, 20 µm, 30 µm und 50 µm for preparative separations on request for daily routine analysis and up-scaling for preparative HPLC, pH stability 1 - 9. Carbon content 17.5 % C for C18, 10.5 % C for C8, high reproducibility from lot to lot for standard routine applications in reversed phase chromatography.Octyl phases, 10.5 % C, particle size 5 µm.