Bondesil DEA bulk sorbent, 40 μm, 100 g. Weak anion exchanger with a medium level of polarity, higher than C8, but less polar than C2 or CN-E. Compared to NH2, slightly lower capacity as an anion-exchange sorbent.

• Unit:

  1 Each

Bondesil C18 OH bulk sorbent, 40 μm, 100 g. A nonendcapped version of C18 that enables the silanols on the silica surface to be more active. A good choice for the fractionation of metabolites and enhanced retention of basic compounds.

• Unit:

  1 Each

Bondesil C18 EWP, 40 µm, 500 g. With 500 Å pores to allow for more efficient extraction of large molecules (15,000 mol wt). Good for desalting proteins and successful separation of proteins, peptides, or nucleotides.

• Unit:

  1 Each

Bondesil-Al-N bulk sorbent, 100 g. Alumina is an extremely polar sorbent which tends to be slightly more stable under high pH conditions than unfunctionalized silica. Small particle size ensures high extraction efficiency.

• Sample Prep Phase:

  Alumina N

• Unit:

  1 Each

Bondesil C18 bulk sorbent, 8 µm, 1 kg. The most hydrophobic, bonded silica sorbent in the Bond Elut range. Regarded as having the broadest spectrum of retention among bonded silica sorbents. Extremely retentive for nonpolar compounds.

• Unit:

  1 Each

Bondesil Florisil (FL) bulk sorbent, 200 μm, 100 g. A magnesia-loaded silica gel, extremely polar in nature. Ideal for the isolation of polar compounds from nonpolar matrices. The sorbent can be an alternative to silica if the sample matrix is...

• Unit:

  1 Each

Bondesil Florisil (FL) bulk sorbent, 200 μm, 1000 g. A magnesia-loaded silica gel, extremely polar in nature. Ideal for the isolation of polar compounds from nonpolar matrices. The sorbent can be an alternative to silica if the sample matrix is...

• Unit:

  1 Each

Bondesil EnvirElut bulk sorbent, 40 μm, 100 g. EnvirElut sorbents are specially designed for the extraction of a wide range of compounds from aqueous matrices.

• Unit:

  1 Each

Bondesil EnvirElut bulk sorbent, 40 μm, 1000 g. EnvirElut sorbents are specially designed for the extraction of a wide range of compounds from aqueous matrices.

• Unit:

  1 Each

Bondesil ENV bulk sorbent, 125 μm, 100 g. Unfunctionalized polystyrene-divinylbenzene polymer. Large particle size allows fast extraction speeds. High surface area and capacity for polar analytes. Large pore size (450 Å) for large...

• Unit:

  1 Each

Bondesil PPL, 125 µm, 100 g. A Modified styrene-divinylbenzene polymer, PPL, retains even the most polar classes of analytes. The large particle size eases flow for viscous or particulate-rich water samples.

• Unit:

  1 Each

Bondesil Plexa, 100 g. Features a nonretentive, hydroxylated, amide-free surface with a nonpolar PS-DVB core. Binding of proteins and lipids is minimized, giving cleaner samples and reduced ion suppression

• Unit:

  1 Each

Bondesil C18 bulk sorbent, 120 μm, 100 g. The most hydrophobic, bonded silica sorbent in the Bond Elut range. Regarded as having the broadest spectrum of retention among bonded silica sorbents. Extremely retentive for nonpolar compounds.

• Unit:

  1 Each

Bondesil C18 bulk sorbent, 120 μm, 1000 g. The most hydrophobic, bonded silica sorbent in the Bond Elut range. Regarded as having the broadest spectrum of retention among bonded silica sorbents. Extremely retentive for nonpolar compounds.

• Unit:

  1 Each

HF Bondesil-PSA, 100 g, 1/pk. An alkylated amine sorbent that contains two different amino functionalities. PSA has a significantly higher carbon load than most amino functional sorbents and is a good choice for polar compounds.

• Unit:

  1 Each

Bondesil SCX bulk sorbent 120 μm, 100 g. Strong cation exchanger with increased potential for nonpolar interactions. Suitable choice for weak basic compounds in aqueous samples, biological fluids, or buffered organics.

• Unit:

  1 Each

Bondesil Carbon 10 g, 1/pk. Optimized for the absorption of pigments in food, fruits and vegetables, and small organic wastewater residues. Bond Elut Carbon enables powerful retention mechanisms for a broad range of analytes.

• Unit:

  1

• Released: 26 May 2025
• 114 KB
• PDF

• Released: 30 Dec 2024
• 108 KB
• PDF

• Released: 20 Dec 2024
• 124 KB
• PDF