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Newcrom R1
- Description
- Purchase
- Applications
| Column Diameter | 0.5 mm, 1 mm, 2.1 mm, 3.2 mm, 4.6 mm, 10 mm, 22 mm |
|---|---|
| Column Length | 10 mm, 25 mm, 50 mm, 100 mm, 150 mm, 250 mm, Guard |
| Particle Size | 3 µm, 5 µm |
| Pore Size | 100 A |
| Brand | SIELC Technologies |
SIELC Introduces a New Single Ended Column Design
For as long as people have done HPLC, they have used the same column format, the same method of attaching the column to the HPLC, and they have experienced the same problems:
- Clogging at the tube-column junction
- Leakage around the high pressure solvent connections
- Installation problems with tubing to achieve zero dead volume
- Selecting the proper tube length and ID
- Sorting through many available high pressure fittings
To address these issues, a new column design was developed. This column and corresponding adapter entirely eliminate the need for any high-pressure fittings or tubing as well as minimizing all possible dead volumes. Furthermore, if a leak ever occurs in the high-pressure column inlet, the mobile phase is contained within the column adapter (no external leakage).
You need to install a column adapter once on your HPLC. Then, without any tools, you can install a column which never leaks. It is easy to replace and can be changed in seconds. The column hardware was designed specifically to be used in any HPLC instrument. It can be installed in most column heaters as well.
This column is available in two hardware versions: traditional two ended and new SIELC hardware with only one end.
Newcrom R1 stationary phase is generally stable at basic pH values
Recommended pH is from 1.0 to 10.0
As an example, we performed a test where the column was operated at pH 10.6, injecting a model mixture of a neutral, basic, and acidic compounds. This experiment took over 15 hrs and after almost 200 injections, no significant loss or changes of retention were observed. However, despite the fact that this stationary phase is stable at high pH, it is recommended for column storage to use an acidic mobile phase. A mobile phase composition with 0.1% phosphoric or formic acid in 50/50 mixture of MeCN/H2O should be an ideal long and short term storage solution.
Display available variations
- All
- Capillary
- Analytical
- Preparative
- Guard
- NR1-05.050.0310 $929.25 0.5 mm / 50 mm / 3 µm / 100 A
- NR1-05.050.0510 $929.25 0.5 mm / 50 mm / 5 µm / 100 A
- NR1-05.100.0310 $929.25 0.5 mm / 100 mm / 3 µm / 100 A
- NR1-05.100.0510 $929.25 0.5 mm / 100 mm / 5 µm / 100 A
- NR1-05.150.0310 $889.93 0.5 mm / 150 mm / 3 µm / 100 A
- NR1-05.150.0510 $889.93 0.5 mm / 150 mm / 5 µm / 100 A
- NR1-05.250.0310 $889.93 0.5 mm / 250 mm / 3 µm / 100 A
- NR1-05.250.0510 $889.93 0.5 mm / 250 mm / 5 µm / 100 A
- NR1-10.010.0510 $837.38 1 mm / 10 mm / 5 µm / 100 A
- NR1-10.025.0510 $924.00 1 mm / 25 mm / 5 µm / 100 A
- NR1-10.050.0510 $1,033.73 1 mm / 50 mm / 5 µm / 100 A
- NR1-10.100.0510 $1,068.38 1 mm / 100 mm / 5 µm / 100 A
- NR1-10.150.0510 $1,085.70 1 mm / 150 mm / 5 µm / 100 A
- NR1-10.250.0510 $1,131.90 1 mm / 250 mm / 5 µm / 100 A
- NR1-21.G.0310 $438.38 2.1 mm / guard / 3 µm / 100 A
- NR1-21.G.0510 $438.38 2.1 mm / guard / 5 µm / 100 A
- NR1-21.050.0310 $644.18 2.1 mm / 50 mm / 3 µm / 100 A
- NR1-21.050.0510 $537.60 2.1 mm / 50 mm / 5 µm / 100 A
- NR1-21.100.0310 $723.45 2.1 mm / 100 mm / 3 µm / 100 A
- NR1-21.100.0510 $564.38 2.1 mm / 100 mm / 5 µm / 100 A
- NR1-21.150.0310 $783.30 2.1 mm / 150 mm / 3 µm / 100 A
- NR1-21.150.0510 $624.23 2.1 mm / 150 mm / 5 µm / 100 A
- NR1-32.G.0310 $437.85 3.2 mm / guard / 3 µm / 100 A
- NR1-32.G.0510 $437.85 3.2 mm / guard / 5 µm / 100 A
- NR1-32.050.0310 $697.20 3.2 mm / 50 mm / 3 µm / 100 A
- NR1-32.050.0510 $564.38 3.2 mm / 50 mm / 5 µm / 100 A
- NR1-32.100.0310 $770.18 3.2 mm / 100 mm / 3 µm / 100 A
- NR1-32.100.0310S $2,098.43 3.2 mm / 100 mm / 3 µm / 100 A
- NR1-32.100.0510 $597.45 3.2 mm / 100 mm / 5 µm / 100 A
- NR1-32.100.0510S $1,925.70 3.2 mm / 100 mm / 5 µm / 100 A
- NR1-32.150.0310 $823.20 3.2 mm / 150 mm / 3 µm / 100 A
- NR1-32.150.0510 $664.13 3.2 mm / 150 mm / 5 µm / 100 A
- NR1-46.G.0310 $437.85 4.6 mm / guard / 3 µm / 100 A
- NR1-46.G.0510 $437.85 4.6 mm / guard / 5 µm / 100 A
- NR1-46.050.0310 $690.38 4.6 mm / 50 mm / 3 µm / 100 A
- NR1-46.050.0510 $577.50 4.6 mm / 50 mm / 5 µm / 100 A
- NR1-46.100.0310 $757.05 4.6 mm / 100 mm / 3 µm / 100 A
- NR1-46.100.0510 $597.45 4.6 mm / 100 mm / 5 µm / 100 A
- NR1-46.150.0310 $803.25 4.6 mm / 150 mm / 3 µm / 100 A
- NR1-46.150.0510 $657.30 4.6 mm / 150 mm / 5 µm / 100 A
- NR1-100.050.0510 $1,365.00 10 mm / 50 mm / 5 µm / 100 A
- NR1-100.100.0510 $1,522.50 10 mm / 100 mm / 5 µm / 100 A
- NR1-100.150.0510 $1,785.00 10 mm / 150 mm / 5 µm / 100 A
- NR1-100.250.0510 $2,205.00 10 mm / 250 mm / 5 µm / 100 A
- NR1-220.100.0510 $2,940.00 22 mm / 100 mm / 5 µm / 100 A
- NR1-220.150.0510 $3,465.00 22 mm / 150 mm / 5 µm / 100 A
- NR1-220.250.0510 $4,200.00 22 mm / 250 mm / 5 µm / 100 A
$437.85 – $4,200.00
Newcrom R1 Application Examples
- Separation of 4-Acetylaminophenylacetic acid on Newcrom R1 HPLC column
- Separation of Acifluorfen on Newcrom R1 HPLC column
- Separation of Benzyl acetate on Newcrom R1 HPLC column
- Separation of Benzyl chloride on Newcrom R1 HPLC column
- Separation of Benzylhydrazine dihydrochloride on Newcrom R1 HPLC column
- Separation of 1-Chloro-2-nitrobenzene on Newcrom R1 HPLC column
- Separation of 4-Chloro-1,3-diaminobenzene on Newcrom R1 HPLC column
- Separation of 2-Chloro-1,4-diaminobenzene sulfate on Newcrom R1 HPLC column
- Separation of Monuron on Newcrom R1 HPLC column
- Separation of Chlorothalonil on Newcrom R1 HPLC column
- Separation of l-Cysteine hydrochloride on Newcrom R1 HPLC column
- Separation of Dacarbazine on Newcrom R1 HPLC column
- Separation of Diuron on Newcrom R1 HPLC column
- Separation of Dimethyl terephthalate on Newcrom R1 HPLC column
- Separation of 2,4-Dinitrophenol on Newcrom R1 HPLC column
- Separation of Dinitrosopiperazine on Newcrom R1 HPLC column
- Separation of 2,4-Dinitrotoluene on Newcrom R1 HPLC column
- Separation of Estragole on Newcrom R1 HPLC column
- Separation of Ethionamide on Newcrom R1 HPLC column
- Separation of dl-Ethionine on Newcrom R1 HPLC column
- Separation of Ethylene urea on Newcrom R1 HPLC column
- Separation of Gallic acid on Newcrom R1 HPLC column
- Separation of Gibberellic acid on Newcrom R1 HPLC column
- Separation of ICRF-159 on Newcrom R1 HPLC column
- Separation of Indole on Newcrom R1 HPLC column
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