GC capillary column ROTI®Cap-1701, 15 m, 0.53 mm, 1.00 µm, 1 Piece(s)
SKU 3698.1
€ 355,45
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GC capillary column ROTI®Cap-1701, 15 m, 0.53 mm, 1.00 µm, 1 Piece(s)
Product Details
HS code: 90279000
EAN: 8721028179760
Brand: Carl Roth
Fused Silica coated with polyimide
Further attractive products to complete your chromatography laboratory can be found on our Chromatography page!
14 % Cyanopropylphenyl - 86 % Dimethylpolysiloxane
- Medium-polar
- Working temperature limits:
280 °C for isothermal runs
300 °C for short isothermal runs in a temperature programme - Application areas: reference column for structure determination, e.g. in combination with ROTI®Cap-5; columns with film thickness ≥1 µm are used for solvent analysis
- OV-1701, DB-1701, CP Sil 19 CB, HP-1701, Rtx®-1701, SPB®-1701, 007-1701, BP10, ZB-1701
- Equivalent to USP phase G46
GC capillary column ROTI®Cap-1701 medium polar,
developed and manufactured in Germany
Technical Information
| Column length | 15 m |
| Ø internal | 0.53 mm |
| Film thickness | 1 µm |
| Phase | 1701 |
| Polarity | medium polar |
| Fused Silica coated with polyimide | |
| Cage size | 7" (inch) |
| USP listing | G46 |
Further attractive products to complete your chromatography laboratory can be found on our Chromatography page!
ROTI®Cap High Performance Capillary Columns
The proved Carl ROTH series of high performance capillary columns for gas chromatography.
ROTI®Cap capillary columns set standards:
Low column bleed
Modern manufacturing processes offer capillaries with lower bleed levels, which are especially suitable for GC-MS. Less column bleed yields increased sensitivity and accuracy through a better signal to noise ratio for any kind of detector. Further reduced column bleed improves detectability of solutes in qualitative and quantitative GC-MS analyses.
High thermal stability
Due to high temperature stability ROTI®Cap capillary columns can be operated at about 40 °C higher temperatures compared to standard phases. Thanks to these elevated working temperatures, high-boiling components, which exhibit very long retention times and wide peaks on standard phases, elute earlier and with a more well-formed peak.
High inert columns due to optimised deactivation
Polar compounds are frequently difficult to analyse because they often give broad tailing peaks. Advances in deactivation technology for the ROTI®Cap capillaries result in an excellent chromatographic performance yielding improved peak shapes of polar compounds combined with improved efficiency and sensitivity.
In order to guarantee best industry standard capillaries with highest reproducibility from column to column ROTI®Cap capillary columns have to meet high specifications.
Within the quality control the following parameters are determined:
- Separation Efficiency by measuring the separation number (acc. to Kaiser) in a temperature programme phases
- Polarity by measuring retention indices
- Bleeding in a temperature programme with a test mixture including high-boiling hydrocarbons
- Inertness by measuring the peak height ratio for decylamine/C12 (for non-polar to medium polar phases)
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