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In 1990, L-column ODS was introduced as a column whose secondary interaction with the residual silanol groups, but was eliminated by a new end-capping method* using high-temperature silylation. At the time, the performance of L-column ODS was far superior to that of existing C18 columns and it became a pioneer of the new generation end-capping method.
Ordering Information
Inner diameter (mm) | Length (mm) | Particle size (3μm)
Catalog no. |
Particle size (5μm)
Catalog no. |
Type |
0.075 | 50 | IU611370 | IU612370 | Non-coated |
0.075 | 50 | IU611410 | IU612410 | Peek coated |
0.075 | 150 | IU611380 | IU612380 | Non- coated |
0.075 | 150 | IU611420 | IU612420 | Peek coated |
0.1 | 50 | IU611350 | IU612350 | Non-coated |
0.1 | 50 | IU611390 | IU612390 | Peek coated |
0.1 | 150 | IU611360 | IU612360 | Non-coated |
0.1 | 150 | IU611400 | IU612400 | Peek coated |
0.2 | 50 150 |
IU611290 IU611300 |
IU612290 IU612300 |
Peek coated |
0.3 | 50 150 |
IU611270 IU611280 |
IU612270 IU612280 |
Peek coated |
Particle Size | 3μm, 5μm |
---|---|
Length | 50mm, 150mm |
Internal Diameter | 0.075mm, 0.1mm, 0.2mm, 0.3mm |
Pore Size | 120Å |
Extra Options | Non-Coated, PEEK coated |