Solid Phase Extraction
Silica based (427)
Polymer Based (63)
Polymer based solid phase extraction products
OverviewOrochem offers three brands of poly DVB SPE products. Among them, Panthera and Celerity are reversed phases, and Agility products are ion-exchange modes.
Panthera Deluxe Polymeric SPE ProductsPanthera Deluxe SPE products are the new offering from Orochem’s wide range of SPE products, which are high performing and affordable. Panthera Deluxe sorbent is based on a poly-DVB polymer, which provides both hydrophobic and hydrophilic retention. It has high capacity and retention of a full range of neutral, basic and acidic chemicals. Most suitable for pain management drugs and other pharmaceuticals.
Celerity Polymeric SPE ProductsCelerity DVB SPE products have been used globally for separation analytes from biological fluids. Excellent efficiency in removing salts and proteins from analytes. Three different types of Celerity products are offered based on analytes' polarity and hydrophilicity: Celerity Deluxe, Celerity Hydrophilic (HL) and Celerity Hydrophobic (HB)
Agility Polymeric Ion Exchange SPE ProductsAgility DVB ion exchange SPE products are available in four different chemistries: SCX, SAX, WCX, and WAX. Ideal for extraction of a wide range of acidic or basic compounds. Most suited for pharmaceutical, environmental applications and peptide analyses.
Panthera Customer ApplicationsOrochem customers use Panthera to separate the following molecules:
- Bile Acids
- Isosorbide Mononitrate
- BUPIVACAINE Liposomal
- Amphotericine B Liposomal
OverviewCarbograph SPE Tubes are used for the acid, base and neutral extraction of pesticides and herbicides. It is also used to extract polar compounds from aqueous matrices, and removing colors.
OverviewAcidic- Lewis acid properties of alumina allow the sorbent to be more retentive towards electron-rich compounds. Basic- Lewis base properties of alumina allow the sorbent to be more retentive towards electron-deficient compounds. Neutral- Extremely polar sorbent prepared as an electrically neutral surface. Favors retention of aromatic compounds, aliphatic amines, and electronegative compounds.