Bond Elut C18, 100 mg, 1 mL tabless cartridge, 500/pk
Order number: 12105102B
Part number: AC100074388
Price Breakdown
Known for its stable chemical composition in standard conditions, the Bond Elut C18, 100 Mg, 1 Ml Tabless Cartridge, is a notable member of the Bond Elut family. This cartridge, specifically designed for sample preparation, falls under the reversed phase chromatography category within the broader field of SPE (solid-phase extraction). It boasts a non-polar sorbent material made of silica, which offers an extremely strong retention for unpolar compounds. With a particle size of 40 µm and a cartridge volume of 1 mL, this tabless cartridge is suitable for handling aqueous samples and biological fluids. Its primary extraction mechanism relies on nonpolar interactions, making it ideal for separating nonpolar compounds.
- Category: Bond Elut
- Sample Prep Brand: Bond Elut
- SPE Format: Straight Barrel Cartridge
- Particle Size: 40 um
- Frit Material: Polyethylene
- Tabless: Yes
- Frit Pore Size: 20 um
- SPE Category: Non-polar
- Separation Mode: Reversed Phase
- Compound Types: Nonpolar Compounds
- Cartridge Material: Polypropylene
- Primary Extraction Mechanism: Nonpolar
- UNSPSC 13.5: 41115712
- Volume: 1 mL.
- Cartridge Size: 1 mL
- Sorbent Material: Silica
- Typical Matrices: Aqueous Samples, Biological Fluids
- Bed Mass: 100 mg
- Sample Prep Phase: C18
| Name | Value | |
|---|---|---|
| Volume | : | 1 mL. |
| Tabless | : | Yes |
| Bed Mass | : | 100 mg |
| SPE Format | : | Straight Barrel Cartridge |
| UNSPSC 13.5 | : | 41115712 |
| SPE Category | : | Non-polar |
| Frit Material | : | Polyethylene |
| Particle Size | : | 40 um |
| Cartridge Size | : | 1 mL |
| Compound Types | : | Nonpolar Compounds |
| Frit Pore Size | : | 20 um |
| Separation Mode | : | Reversed Phase |
| Sorbent Material | : | Silica |
| Typical Matrices | : | Aqueous Samples, Biological Fluids |
| Sample Prep Brand | : | Bond Elut |
| Sample Prep Phase | : | C18 |
| Cartridge Material | : | Polypropylene |
| Primary Extraction Mechanism | : | Nonpolar |
